Question: what were two major causes of world war 2

Answer: Italian fascism in the 1920s

This is a document about Causes of World War II
   The causes of World War II, a global war from 1939 to 1945 that was the deadliest conflict in human history, have been given considerable attention by historians from many countries who studied and understood them. The immediate precipitating event was the invasion of Poland by Nazi Germany on September 1, 1939, and the subsequent declarations of war on Germany made by Britain and France, but many other prior events have been suggested as ultimate causes. Primary themes in historical analysis of the war's origins include the political takeover of Germany in 1933 by Adolf Hitler and the Nazi Party; Japanese

This is a document about World war
  The Second World War occurred from 1939 to 1945 and is the only conflict in which nuclear weapons have been used; both Hiroshima and Nagasaki, in the Japanese Empire, were devastated by atomic bombs dropped by the United States. Nazi Germany, led by Adolf Hitler, was responsible for genocides, most notably the Holocaust, the killing of about 6,000,000 Jews and 11,000,000 others persecuted by the Nazis, including Romani people and homosexuals. The United States, the Soviet Union, and Canada deported and interned minority groups within their own borders and, largely because of the conflict, many ethnic Germans were later expelled from Eastern Europe. Japan was responsible for attacking neutral nations without a declaration of war, such as the attack on

This is a document about World War II
  the only two uses of nuclear weapons in war. World War II was by far the deadliest conflict in human history; it resulted in 70 to 85 million fatalities, a majority being civilians. Tens of millions of people died due to genocides (including the Holocaust), starvation, massacres, and disease. In the wake of the Axis defeat, Germany and Japan were occupied, and war crimes tribunals were conducted against German and Japanese leaders. World War II is generally considered to have begun on 1 September 1939, when Nazi Germany, under Adolf Hitler, invaded Poland. The United Kingdom and France subsequently declared war on

This is a document about List of Medal of Honor recipients
  World War II, or the Second World War, was a global military conflict. The conflicts joined from two separate conflicts. The first began in Asia in 1937 as the Second Sino-Japanese War; the other began in Europe in 1939 with the German and Russian invasion of Poland. This global conflict split the majority of the world's nations into two opposing military alliances: the Allies and the Axis powers. It involved the mobilization of over 100 million military personnel, making it the most widespread war in history, and placed the participants in a state of "total war", erasing the distinction between civil

This is a document about List of Asian Pacific American Medal of Honor recipients
  World War II, or the Second World War, was a global military conflict, the joining of what had initially been two separate conflicts. The first began in Asia in 1937 as the Second Sino-Japanese War; the other began in Europe in 1939 with the German invasion of Poland. This global conflict split the majority of the world's nations into two opposing military alliances: the Allies and the Axis powers. It involved the mobilization of over 100 million military personnel, making it the most widespread war in history, and placed the participants in a state of total war, erasing the distinction between civil and military resources. This resulted in the complete activation of

This is a document about Treadmill of destruction
   World War II is a prime example of paramount number of military operations with a long history of military conflict involving 30 countries, lasting from 1939 to 1945 and being the deadliest wars, killing over 70 million people across the globe. There are many factors that contributed to World War II which were the World War I, the Great Depression, militarism, nationalism, expansionism and fascism. During the years of violence, significant amounts of physical capital were destroyed through the years of bombing and ground battles, hunger was common within Western Europe, families were separated from each other, children lost their fathers as they were sent to the army to fight the war, horrendous acts

This is a document about Historiography of World War II
  Blame as the driving force during World War II, is a widely known orthodox perspective. Especially directly after World War II, Nazi Germany was held to blame for starting the war. Orthodox historians cited several reasons for this. Germany was the one who initially invaded Poland against the recommendation of the allies, and also attacked the Soviet Union. Also, the system of alliances between the Axis Powers was one that was only meant for war. The Tripartite Pact stated that if any country declared war on one of the Axis countries, the other two would also declare war on those countries. Another reason, historians saw, is that the policies of Hitler were overly aggressive; not only did Hitler preach war with France and the Soviet Union, but he followed a careful pre-made plan of expansionism. Additionally, the events that took place in unveiling of the war such as the Remilitarization of the Rhineland, Anschluss, and the German involvement during the Spanish Civil War, showed that Hitler was anticipating the possibility of war and intentionally gearing up for it.

This is a document about Great Depression
 Causes of World War II ; Causes of World War I ; Economic collapse ; International relations (1919–1939) ; Interwar France ; Involuntary unemployment ; List of economic crises

This is a document about Timothy Mason
 The German working class was always opposed to the Nazi dictatorship. ; In the overheated German economy in the late 1930s, German workers could force employers to grant higher wages by leaving for another firm, which would grant their desired wage increases. ; It was a form of political resistance that forced Adolf Hitler to go to war in 1939. Mason's most notable arguments were the following: Thus, the outbreak of the Second World War was caused by structural economic problems, a "flight into war" that had been imposed by a domestic crisis. The key aspects of the crisis were, according to Mason, a shaky economic recovery being

This is a document about Andreas Hillgruber
  the German invasion of Poland was an "accident" precipitated by diplomatic blunders. Hillgruber argued adamantly that the German invasion of Poland was a war of aggression caused by Hitler's ideological belief in war and the need for Lebensraum (living space). World War II, for Hillgruber, really consisted of two wars. One was an europäischer Normalkrieg ("normal European war") between the Western powers and Germany, a conflict which Hitler caused but did not really want. The other war - which Hitler both caused and most decidedly did want (as evidenced in part by Mein Kampf) - was the German-Soviet one, a savage,

This is a document about World War II
  World War II or the Second World War, often abbreviated as WWII or WW2, was a global war that lasted from 1939 to 1945. It involved the vast majority of the world's countries—including all of the great powers—forming two opposing military alliances: the Allies and the Axis powers. In a total war directly involving more than 100 million personnel from more than 30 countries, the major participants threw their entire economic, industrial, and scientific capabilities behind the war effort, blurring the distinction between civilian and military resources. Aircraft played a major role in the conflict, enabling the strategic bombing of population centres

This is a document about History of liberalism
  war between communists and conservatives wishing to restore the monarchy. The worldwide Great Depression, starting in 1929, hastened the discrediting of liberal economics and strengthened calls for state control over economic affairs. Economic woes prompted widespread unrest in the European political world, leading to the rise of fascism as an ideology and a movement arrayed against both liberalism and communism, especially in Nazi Germany and Italy. The rise of fascism in the 1930s eventually culminated in the Second World War, the deadliest conflict in human history. The Allies prevailed in the war by 1945, and their victory set the stage for

This is a document about Soviet offensive plans controversy
  cause with the Social Democrats against the Nazis in parliamentary elections". Suvorov claims that Stalin's plan and vision was that Hitler's predictability and his violent reactionary ideas made him a candidate for the role of "icebreaker" for the Communist revolution. By starting wars with European countries, Hitler would validate the USSR's entry into World War II by attacking Nazi Germany and "liberating" and Sovietising all of Europe. When concluding the Molotov–Ribbentrop Pact in 1939, Stalin "clearly counted on the repetition of the 1914–1918 war of attrition, which would leave the "capitalist" countries so exhausted that the USSR could sweep into

This is a document about German declaration of war against the United States
  widening submarine operations and directly attacking U.S. commercial shipping. While Hitler's declaration of war against the United States eventually led to his downfall, initially it seemed successful in its objective of more effectively cutting Britain's supply lines, as the U.S. military's lack of tactics, equipment, and procedures for fighting U-boats caused 1942 to be the most devastating year of the war for shipping losses; the war declaration enabled the Second Happy Time for U-boats. Hitler's declaration of war came as a great relief to British Prime Minister Winston Churchill, who feared the possibility of two parallel but disconnected wars – the UK

This is a document about List of Medal of Honor recipients for World War II
  The first began in Asia in 1937 as the Second Sino-Japanese War; the other began in Europe in 1939 with the German and Soviet invasion of Poland. This global conflict split the majority of the world's nations into two opposing military alliances: the Allies and the Axis powers. The United States was drawn into World War II on December 8, 1941, a day after the Axis-member Japan launched a surprise attack on Pearl Harbor in Honolulu that killed almost 2,500 people in what was considered the biggest peacetime loss on American soil inflicted by foreign people at that time. For actions during World War II, 472 United States military personnel received

This is a document about Axis powers
  Hitler in 1941 described the outbreak of World War II as the fault of the intervention of Western powers against Germany during its war with Poland, describing it as the result of "the European and American warmongers". Hitler had designs for Germany to become the dominant and leading state in the world, such as his intention for Germany's capital of Berlin to become the Welthauptstadt ("World Capital"), renamed Germania. The German government also justified its actions by claiming that Germany inevitably needed to territorially expand because it was facing an overpopulation crisis that Hitler described: "We are overpopulated and cannot feed ourselves from our own resources". Thus expansion was

This is a document about 20th century
  in the 1930s led to the rise of Fascism and Nazism in Europe. ; World War II (1939–1945) involved Eastern Asia and the Pacific, in the form of Japanese aggression against China and the United States. Civilians also suffered greatly in World War II, due to the aerial bombing of cities on both sides, and the German genocide of the Jews and others, known as the Holocaust. ; During World War I, in the Russian Revolution of 1917, 300 years of Romanov reign were ended and the Bolsheviks, under the leadership of Vladimir Lenin, established the world's first Communist state. After the Soviet

This is a document about Historical revisionism
  The orthodox interpretation blamed Nazi Germany and Imperial Japan for causing the war. Revisionist historians of World War II, notably Charles A. Beard, said the United States was partly to blame because it pressed the Japanese too hard in 1940 and 1941 and rejected compromises. Other notable contributions to this discussion include Charles Tansill, Back Door To War (Chicago, 1952); Frederic Sanborn, Design For War (New York, 1951); and David Hoggan, The Forced War (Costa Mesa, 1989). The British historian A. J. P. Taylor ignited a firestorm when he argued Hitler was an ineffective and inexperienced diplomat and did not deliberately set out to cause a world war. Patrick Buchanan, an

This is a document about Benito Mussolini
  avoid the outbreak of a second global war, sending troops at the Brenner Pass to delay Anschluss and taking part in the Stresa front, the Lytton Report, the Treaty of Lausanne, the Four-Power Pact and the Munich Agreement. However, Italy then alienated itself from Britain and France by aligning with Germany and Japan. Germany invaded Poland on 1 September 1939, resulting in declarations of war by France and the UK and the start of World War II. On 10 June 1940, Mussolini decided to enter the war on the Axis side. Despite initial success, the subsequent Axis collapse on multiple fronts and eventual Allied

This is a document about Human history
  Empire – and weakened the United Kingdom and France. In the war's aftermath, powerful ideologies rose to prominence. The Russian Revolution of 1917 created the first communist state, while the 1920s and 1930s saw militaristic fascist dictatorships gain control in Italy, Germany, Spain, and elsewhere. Ongoing national rivalries, exacerbated by the economic turmoil of the Great Depression, helped precipitate World War II. The militaristic dictatorships of Europe and Japan pursued an ultimately doomed course of imperialist expansionism, in the course of which Nazi Germany, under Adolf Hitler, orchestrated the genocide of six million Jews in the Holocaust, while Imperial Japan murdered millions of Chinese. The World War II defeat

The two major causes of World War 2 were the invasion of Poland by Nazi Germany on September 1, 1939, and the political takeover of Germany by the National Socialist Party under Adolf Hitler in 1933.


Question: which part of the neuron undergoes graded potentials

Answer: membrane

This is a document about Graded potential
  Graded potentials are changes in membrane potential that vary in size, as opposed to being all-or-none. They include diverse potentials such as receptor potentials, electrotonic potentials, subthreshold membrane potential oscillations, slow-wave potential, pacemaker potentials, and synaptic potentials, which scale with the magnitude of the stimulus. They arise from the summation of the individual actions of ligand-gated ion channel proteins, and decrease over time and space. They do not typically involve voltage-gated sodium and potassium channels. These impulses are incremental and may be excitatory or inhibitory. They occur at the postsynaptic dendrite in response to presynaptic neuron firing and release of neurotransmitter, or may occur in skeletal, smooth, or cardiac muscle in response to nerve input. The magnitude of a graded potential is determined by the strength of the stimulus.

This is a document about Cellular neuroscience
  One prominent characteristic of many neurons is excitability. Neurons generate electrical impulses or changes in voltage of two types: graded potentials and action potentials. Graded potentials occur when the membrane potential depolarizes and hyperpolarizes in a graded fashion relative to the amount of stimulus that is applied to the neuron. An action potential on the other hand is an all-or-none electrical impulse. Despite being slower than graded potentials, action potentials have the advantage of traveling long distances in axons with little or no decrement. Much of the current knowledge of action potentials comes from squid axon experiments by Sir Alan Lloyd Hodgkin and Sir Andrew Huxley.

This is a document about Graded potential
  Graded potentials that make the membrane potential less negative or more positive, thus making the postsynaptic cell more likely to have an action potential, are called excitatory postsynaptic potentials (EPSPs). Depolarizing local potentials sum together, and if the voltage reaches the threshold potential, an action potential occurs in that cell. EPSPs are caused by the influx of Na+ or Ca2+ from the extracellular space into the neuron or muscle cell. When the presynaptic neuron has an action potential, Ca2+ enters the axon terminal via voltage-dependent calcium channels and causes exocytosis of synaptic vesicles, causing neurotransmitter to be released. The transmitter diffuses across the synaptic cleft and activates ligand-gated ion channels that mediate the EPSP. The amplitude of the EPSP is directly proportional to the number of synaptic vesicles that were released. If the EPSP is not large enough to trigger an action potential, the membrane subsequently repolarizes to its resting membrane potential. This shows the temporary and reversible nature of graded potentials.

This is a document about Stimulus (physiology)
  binding to a neuron's dendrites, causing an influx of sodium ions through channels located near the binding site. This change in membrane permeability in the dendrites is known as a local graded potential and causes the membrane voltage to change from a negative resting potential to a more positive voltage, a process known as depolarization. The opening of sodium channels allows nearby sodium channels to open, allowing the change in permeability to spread from the dendrites to the cell body. If a graded potential is strong enough, or if several graded potentials occur in a fast enough frequency, the depolarization is able to spread across the cell body to the axon hillock. From

This is a document about Neural backpropagation
  When the graded excitatory postsynaptic potentials (EPSPs) depolarize the soma to spike threshold at the axon hillock, first, the axon experiences a propagating impulse through the electrical properties of its voltage-gated sodium and voltage-gated potassium channels. An action potential occurs in the axon first as research illustrates that sodium channels at the dendrites exhibit a higher threshold than those on the membrane of the axon (Rapp et al., 1996). Moreover, the voltage-gated sodium channels on the dendritic membranes having a higher threshold helps prevent them triggering an action potential from synaptic input. Instead, only when the soma depolarizes enough from accumulating graded potentials and firing an axonal action potential will these channels be activated to propagate a signal traveling backwards (Rapp et al.

This is a document about Threshold potential
  The threshold value controls whether or not the incoming stimuli are sufficient to generate an action potential. It relies on a balance of incoming inhibitory and excitatory stimuli. The potentials generated by the stimuli are additive, and they may reach threshold depending on their frequency and amplitude. Normal functioning of the central nervous system entails a summation of synaptic inputs made largely onto a neuron's dendritic tree. These local graded potentials, which are primarily associated with external stimuli, reach the axonal initial segment and build until they manage to reach the threshold value. The larger the stimulus, the greater the depolarization, or attempt to reach threshold. The task of depolarization requires several key steps that rely on anatomical factors of the cell. The ion conductances involved depend on the membrane potential and also the time after the membrane potential changes.

This is a document about Stimulus (physiology)
  Vision provides opportunity for the brain to perceive and respond to changes occurring around the body. Information, or stimuli, in the form of light enters the retina, where it excites a special type of neuron called a photoreceptor cell. A local graded potential begins in the photoreceptor, where it excites the cell enough for the impulse to be passed along through a track of neurons to the central nervous system. As the signal travels from photoreceptors to larger neurons, action potentials must be created for the signal to have enough strength to reach the CNS. If the stimulus does not warrant a strong enough response, it is said to not

This is a document about Graded potential
  The resting membrane potential is usually around –70 mV. The typical neuron has a threshold potential ranging from –40 mV to –55 mV. Temporal summation occurs when graded potentials within the postsynaptic cell occur so rapidly that they build on each other before the previous ones fade. Spatial summation occurs when postsynaptic potentials from adjacent synapses on the cell occur simultaneously and add together. An action potential occurs when the summated EPSPs, minus the summated IPSPs, in an area of membrane reach the cell's threshold potential.

This is a document about Stimulus (physiology)
  Though receptors and stimuli are varied, most extrinsic stimuli first generate localized graded potentials in the neurons associated with the specific sensory organ or tissue. In the nervous system, internal and external stimuli can elicit two different categories of responses: an excitatory response, normally in the form of an action potential, and an inhibitory response. When a neuron is stimulated by an excitatory impulse, neuronal dendrites are bound by neurotransmitters which cause the cell to become permeable to a specific type of ion; the type of neurotransmitter determines to which ion the neurotransmitter will become permeable. In excitatory postsynaptic potentials, an excitatory response is generated. This is caused by an excitatory neurotransmitter, normally

This is a document about Non-spiking neuron
  By studying the nonspiking neuron, the field of neuroscience has benefited by having workable models that indicate how information is propagated through a neural network. This allows for the discussion of the factors that influence how networks work, and how they may be manipulated. Non-spiking neurons seem to be more sensitive to interference given that they exhibit graded potentials. So for non-spiking neurons, any stimulus will elicit a response, whereas spiking neurons exhibit action potentials which function as an "all or none" entity. In biomedical engineering, it is a priority to understand the biological contributions to an overall system in order to understand how the systems

This is a document about Membrane potential
  the Na+ reversal potential, which is usually around +100 mV. Likewise, opening K+ channels shifts the membrane potential toward about –90 mV, and opening Cl− channels shifts it toward about –70 mV (resting potential of most membranes). Thus, Na+ channels shift the membrane potential in a positive direction, K+ channels shift it in a negative direction (except when the membrane is hyperpolarized to a value more negative than the K+ reversal potential), and Cl− channels tend to shift it towards the resting potential. Graded membrane potentials are particularly important in neurons, where they are produced by synapses—a temporary change in membrane

This is a document about Postsynaptic potential
  Postsynaptic potentials are changes in the membrane potential of the postsynaptic terminal of a chemical synapse. Postsynaptic potentials are graded potentials, and should not be confused with action potentials although their function is to initiate or inhibit action potentials. They are caused by the presynaptic neuron releasing neurotransmitters from the terminal bouton at the end of an axon into the synaptic cleft. The neurotransmitters bind to receptors on the postsynaptic terminal, which may be a neuron or a muscle cell in the case of a neuromuscular junction. These are collectively referred to as postsynaptic receptors, since they are on the membrane of the postsynaptic cell.

This is a document about Non-spiking neuron
  There are an abundance of neurons that propagate signals via action potentials and the mechanics of this particular kind of transmission is well understood. Spiking neurons exhibit action potentials as a result of a neuron characteristic known as membrane potential. Through studying these complex spiking networks in animals, a neuron that did not exhibit characteristic spiking behavior was discovered. These neurons use a graded potential to transmit data as they lack the membrane potential that spiking neurons possess. This method of transmission has a huge effect on the fidelity, strength, and lifetime of the signal. Non-spiking neurons were identified as a

This is a document about Neural coding
  Neurons are remarkable among the cells of the body in their ability to propagate signals rapidly over large distances. They do this by generating characteristic electrical pulses called action potentials: voltage spikes that can travel down axons. Sensory neurons change their activities by firing sequences of action potentials in various temporal patterns, with the presence of external sensory stimuli, such as light, sound, taste, smell and touch. It is known that information about the stimulus is encoded in this pattern of action potentials and transmitted into and around the brain, but this is not the only method. Specialized neurons, such as those of the retina, can communicate more information through graded potentials. This differs from action potentials because information about

This is a document about Subthreshold membrane potential oscillations
  Subthreshold membrane potential oscillations are membrane oscillations that do not directly trigger an action potential since they do not reach the necessary threshold for firing. However, they may facilitate sensory signal processing. Neurons produce action potentials when their membrane potential increases past a critical threshold. In order for neurons to reach threshold for action potential to fire, enough sodium (Na+) ions must enter the cell through voltage gated sodium channels through membrane and depolarize the cell. The threshold is reached to overcome the electrochemical equilibrium within a neuron, where there is a balance between potassium ions (K+) moving down their concentration gradient (inside the cell to outside), and the electrical gradient that prevents K+ from moving down its own gradient. Once the threshold value is reached, an action potential is produced, causing

This is a document about Nervous system network models
  different. The compartments are cascaded by a resistance, called axial resistance. Figure 6 shows a compartmental model of a neuron that is developed over the membrane model. Dendrites are the postsynaptic receptors receiving inputs from other neurons; and the axon with one or more axon terminals transmits neurotransmitters to other neurons. The second building block is the Hodgkin-Huxley (HH) model of the action potential. When the membrane potential from the dendrites exceeds the resting membrane potential, a pulse is generated by the neuron cell and propagated along the axon. This pulse is called the action potential and HH model is a set of equations that is made to fit the experimental data by the design of the

This is a document about Mechanism of anoxic depolarization in the brain
  Neurons are more susceptible to brain ischemia than the supporting glial cells, because neurons have higher energy demand, conduct an action potential, and produce glutamate, whereas glial cells lack those properties. Yet neurons differ among themselves in their sensitivity to ischemia, depending on the specific properties they exhibit, relating to their locations in the brain. Selective vulnerability is how some parts of the brain are more sensitive to anoxia than others, and thus to ischemic insult. Anoxia-prone cells in the brain include the hippocampal pyramidal cells of CA1, cerebellar purkinje cells, pyramidal neocortical neurons in some layers, basal ganglia, reticular neurons of the thalamus, and brainstem neurons. While basal

This is a document about Cochlear nucleus
  cells produce an "Onset Response" to simple tonal stimuli. That is, they respond only at the onset of a broad-band stimulus. The octopus cells can fire with some of the highest temporal precision of any neuron in the brain. Electrical stimuli to the auditory nerve evoke a graded excitatory postsynaptic potential in the octopus cells. These EPSPs are very brief. The octopus cells are thought to be important for extracting timing information. It has been reported that these cells can respond to click trains at a rate of 800 Hz. Fusiform cells (also known as pyramidal cells). Fusiform cells integrate information through two tufts of dendrites, the apical dendrites receiving

This is a document about Dendrite
  Dendrites (from Greek δένδρον déndron, "tree"), also dendrons, are branched protoplasmic extensions of a nerve cell that propagate the electrochemical stimulation received from other neural cells to the cell body, or soma, of the neuron from which the dendrites project. Electrical stimulation is transmitted onto dendrites by upstream neurons (usually via their axons) via synapses which are located at various points throughout the dendritic tree. Dendrites play a critical role in integrating these synaptic inputs and in determining the extent to which action potentials are produced by the neuron. Dendritic arborization, also known as dendritic branching, is a multi-step biological process by which neurons form new

This is a document about Feature detection (nervous system)
  processing. The P and T units differ in tuning and in threshold for evoking a single spike in response to a sinusoidal stimulus. P units have high threshold and are broadly tuned; T units have low thresholds and narrow tuning. The separate processing of information continues passed the primary sensory neurons into the electrosensory lateral-line lobe (ELL) where spherical cells relay phase or time information to higher centers and pyramidal cells code for amplitude information. As a result, we also consider the class of spherical and pyramidal cells located in the ELL to be feature detectors. More specifically, pyramidal cells are considered feature detectors that respond to the amplitude of the stimulus. One class of pyramidal cell, E-cells, respond to increases; a second,

The dendrites and the cell body of a neuron undergo graded potentials in response to stimuli.


Question: how many episodes of the handmaid 's tale in season one

Answer: 10

This is a document about Teenagers (web series)
  The first season consists of eight episodes. The first two episodes premiered on a dedicated YouTube channel on January 19, 2014. The premiere was covered by online blogs as well as traditional media outlets in Toronto. Upon release, it was voted number one in the "Indie Series Of The Week" poll by WeLoveSoaps.com users for the week of January 19 to 25, 2014.

This is a document about Taking the Stage (season 2)
  1 Denotes a 1-hour episode.

This is a document about Undekhi
  Season 1 consists of 10 episodes.

This is a document about Colin Watkinson
 The Handmaid's Tale 2017—present. Also director of 3 episodes.

This is a document about The Handmaid's Tale (TV series)
  The Handmaid's Tale is an American dystopian television series created by Bruce Miller, based on the 1985 novel of the same name by Canadian author Margaret Atwood. The series was ordered by the streaming service Hulu as a straight-to-series order of 10 episodes, for which production began in late 2016. The plot features a dystopia following a Second American Civil War wherein a totalitarian society subjects fertile women, called "Handmaids", to child-bearing slavery. The first three episodes of the series premiered on April 26, 2017; the subsequent seven episodes were released every Wednesday. In July 2019, the series was renewed for a fourth season, which premiered on April 27, 2021. In September 2019, it was announced that

This is a document about The Handmaid's Tale (TV series)
  and MGM were developing a sequel series, to be based on Atwood's 2019 novel The Testaments. In December 2020, ahead of the fourth season premiere, the series was renewed for a fifth season. The Handmaid's Tales first season won eight Primetime Emmy Awards from 13 nominations, including Outstanding Drama Series. It is the first show produced by Hulu to win a major award as well as the first series on a streaming service to win an Emmy for Outstanding Series. It also won the Golden Globe Award for Best Television Series – Drama. Elisabeth Moss was also awarded the Primetime Emmy Award for Outstanding Lead Actress in a Drama Series and the Golden Globe for Best Actress.

This is a document about List of Soap episodes
  This season was originally shown as 16 episodes of which six were one hour in length. When the one-hour episodes were standardized into half-hour episodes this yielded 22 episodes.

This is a document about Noah's Arc (TV series)
  Season one consists of nine episodes, while season two has eight episodes. The unaired pilot is available on the season one DVD box set.

This is a document about Two Sentence Horror Stories
  The first season consists of nine 20-minute episodes, each of which has a self-contained plot and characters. The series began as a series of five short films before it was adapted by The CW as a regular series.

This is a document about Wee 3
 This season has 16 episodes. ; This season is the only season directed by Lorraine Barton.

This is a document about Castle & Castle
 Season 1: 13 Episodes ; Season 2: 6 Episodes

This is a document about Byomkesh Bakshi (TV series)
  There were two seasons having 32 episodes. The first season had 13 and the second season had 19 episodes.

This is a document about Onihei Hankachō (1989 TV series)
 Season1 26episodes ; Season2 18 episodes ; Season3 19 episodes ; Season4 19 episodes ; Season5 13 episodes ; Season6 11 episodes ; Season7 16 episodes

This is a document about The Nevers
  Speaking to the break in the release schedule between episodes six and seven due to production issues, HBO and HBO Max chief content officer Casey Bloys stated, "And there was kind of a natural narrative break at six. So that was the thought then was to air six episodes. So at least we had something to put out there for subscribers and fans." Bloys also said that Goslett and her team of writers are working through the second batch of scripts now and "we'll get a better sense of timing" when those will air as "the weeks go on." In March 2021, it was clarified that the first season was extended from 10 to 12 episodes, with the second part of the first season also consisting of 6 episodes. Vanessa Armstrong of Syfy.com wrote that star Laura Donnelly thought the script for the series' sixth episode was "so bonkers" that she "initially thought that they got sent the wrong script."

This is a document about Mile High
  Series one consisted of 13 episodes. Series two consisted of 7 episodes followed by 19 in series three. Series two was the shortest series due to a compressed time scale for filming. Series two was a major success and as a result a further series of 19 episodes was commissioned. Episodes 14–20 and 21–39 were shown in four separate batches. Although episodes 21–39 were commissioned as a third series, episodes 14–20 and 21–39 were combined to create one large series classified as series two. Charlotte Taylor (Sarah Farooqui) departed after series two, causing her character to disappear without explanation in series three when it was combined with series two. This is one major difference between the series.

This is a document about Heads Up! (TV series)
  There are three seasons, each with 13 episodes, for a total of 39 episodes. Here's a list of the first season along with the original broadcast dates:

This is a document about The Guard (TV series)
  While there is agreement that 22 episodes of The Guard have been produced, the organization into seasons has provided some controversy. Originally, Halifax Film announced a first season consisting of 7 episodes. Halifax announced on October 9, 2008 that season 2 would consist of 15 episodes beginning on 29 October 2008. In the final press kit, it states, "The Guard returns with a new season of 15 one-hour episodes on October 29 in its new timeslot Wednesday at 10 PM on Global TV." However, in this same press kit (edited after the series was completed), Halifax Film opts to relabel the episodes for marketing purposes in other markets so that season 1 consists of

This is a document about Babylon Berlin
  The first and second seasons, of eight episodes each, were written as one story (covering the first novel of the Kutscher book series) and filmed as one production. They premiered as one block, numbered 1–16 and have been broadcast throughout the world en bloc. In addition, all 16 episodes of both seasons were made available simultaneously on Netflix. In many territories the show was broadcast as a season comprising eight double-length episodes. The second block of 12 episodes are officially known as Season 3 but will be broadcast as Season 2 in those territories where the previous episodes premiered as one block.

This is a document about List of Out with Dad episodes
  Season one aired from July 7, 2010 to October 6, 2010 and consists of 8 episodes. All episodes were written and directed by Jason Leaver, original music by Adrian Ellis.

This is a document about Super City (TV series)
  There are six episodes in the show's first season:

The first season of "The Handmaid's Tale" consists of 10 episodes.


Question: what episode of adventure time is lemongrab in

Answer: Too Young

This is a document about List of Adventure Time characters
  an overweight despot after eating part of his clone brother after he accidentally broke their "child" Lemonsweets. In "Too Old", Lemongrab swallows his now-crippled and repenting clone after Princess Bubblegum takes away one of their subjects, a lemon boy named Lemonhope. In "Lemonhope", the eponymous lemon child overthrows Lemongrab by using his soothing music to blow the tyrant up. Soon after, Princess Bubblegum manages to graft Lemongrab back together with what remained of his clone brother and other lemon subjects caught in the explosion. The sixth-season episode "The Mountain" suggests that this new Lemongrab, while still somewhat off, is a much more competent ruler.

This is a document about Normal Man
  "Normal Man" is the seventh episode of the eighth season of the American animated television series Adventure Time. The episode was written and storyboarded by Sam Alden and Jesse Moynihan, from an outline by Ashly Burch, Moynihan, showrunner Adam Muto, Jack Pendarvis, and head writer Kent Osborne. The episode, which debuted on May 12, 2016 on Cartoon Network, guest stars Melissa Villaseñor as Grob and Justin Roiland as Lemongrab. The series follows the adventures of Finn (voiced by Jeremy Shada), a human boy, and his best friend and adoptive brother Jake (voiced by John DiMaggio), a dog with magical powers to change shape and grow and shrink at will. In this episode, Normal Man (voiced

This is a document about Too Young (Adventure Time)
  reference to the latter, Sanchez noted that it was "indirect foreshadowing" for what was to come in the show. The episode marks the introduction of Earl of Lemongrab. According to Moynihan, the character was undefined in the beginning; he and Tom redefined him to make him "stranger and more distinct" so people would remember him as a villain. A rough design for Lemongrab was made by Moynihan; Herpich later added his clothes and sword. The character's original name was "Lemonsour", but this was later changed. The character itself voiced by Justin Roiland. After hearing Roiland's audio, Moynihan noted that it was as if a "dream

This is a document about You Made Me (Adventure Time)
  but he has another breakdown and leaves. Princess Bubblegum, Finn, and Jake therefore decide journey to Castle Lemongrab to try to help the Earl and save the Pup Gang. Lemongrab soon presents himself, and tries to recondition Finn and Jake. Just when he is about to harm Bubblegum with a soundsword, a clone of Lemongrab, Lemongrab 2, walks into the room. Bubblegum explains that she made him to be the original Lemongrab's companion, so that he would not be so lonely. The two Earls become friends very quickly and send off the Pup Gang, Bubblegum, and Finn and Jake.

This is a document about List of Adventure Time characters
 Voiced by Justin Roiland The Earl of Lemongrab, more commonly called Lemongrab, is the first being Princess Bubblegum ever created and lives in a realm also called Lemongrab. Lemongrab is socially dysfunctional, and has trouble interacting with Candy Kingdom citizens due to his intolerance towards anything happy or comical. In "Too Young," he takes over as ruler of the Candy Kingdom when Bubblegum is deemed too young after being de-aged in the events of "Mortal Recoil"; jailing most of the candy subjects before Bubblegum returns to her original age. In "You Made Me," Lemongrab spies on the candy citizens while they sleep, which upsets Bubblegum

This is a document about You Made Me (Adventure Time)
  "You Made Me" is the twentieth episode of the fourth season of the American animated television series Adventure Time. The episode was written and storyboarded by Tom Herpich and Jesse Moynihan, from a story by Patrick McHale, Kent Osborne, and Pendleton Ward. It originally aired on Cartoon Network on August 27, 2012. The episode guest stars Justin Roiland as the Earl of Lemongrab. The series follows the adventures of Finn (voiced by Jeremy Shada), a human boy, and his best friend and adoptive brother Jake (voiced by John DiMaggio), a dog with magical powers to change shape and grow and shrink at will. In this episode, Princess Bubblegum

This is a document about Elements (miniseries)
  N.E.P.T.R., a sentient robot who makes and throws pies. Justin Roiland provides the voice of the Earl of Lemongrab. Felicia Day also has a starring role in this miniseries, playing Ice King's fiancée, Betty Grof (in previous episodes, this role had been played by Lena Dunham). The Adventure Time cast records their lines together as opposed to doing it individually. This is to capture more natural sounding dialogue among the characters. Hynden Walch has described these group session as akin to "doing a play reading—a really, really out there play." The miniseries also features several guest actors lending their voices to various characters. Hayden Ezzy plays Fern, Ethan

This is a document about Too Young (Adventure Time)
  girl, and by Hynden Walch as an adult) has reverted to being only 13 years old and tries to usurp the Candy Kingdom throne. While Finn and Bubblegum initially try to use pranks to coerce him into leaving, Bubblegum eventually makes herself 18 again so she can re-claim the throne. "Too Young" was the first of only three episode of the series to have been boarded by Moynihan and Herpich. The episode introduced the character of Lemongrab, who would go on to reappear in many other episodes. The episode was watched by 2.089 million people and received largely positive critical reviews. It was later nominated for a Primetime Emmy Award for Outstanding Short-format Animated Program in 2012.

This is a document about You Made Me (Adventure Time)
  by Hynden Walch) hands over the Pup Gang to Lemongrab after he upsets the Candy Kingdom and demands citizens for his isolated castle. However, Lemongrab is not satisfied with these unruly citizens. Bubblegum eventually makes him a twin to rule with. The episode features the return of Roiland, who had first appeared in the third season episode, "Too Young". According to Nielsen ratings, the episode ranked as the number one telecast in its time period for all children demographics aged 2–11, 6–11, and 9–14, as well as in all boy demographics. Oliver Sava of The A.V. Club wrote positively of the episode, applauding its exploration of Lemongrab.

This is a document about List of Annoying Orange episodes
  }}{{#invoke:Episode list|list |EpisodeNumber  = 576 |EpisodeNumber2 = 51 |Title          = Storytime #23: Rumplestiltskin! |Aux2           = 3:55 |OriginalAirDate = November 8, 2019 |Aux4           = 6.22 |ShortSummary   = Orange and Pear tell the story of Rumpelstiltskin, with Midget Apple acting as the titular character. |LineColor      = FF6145 }}{{#invoke:Episode list|list |EpisodeNumber  = 577 |EpisodeNumber2 = 52 |Title          = Gummy Food vs Real Food Challenge |Aux2           = 3:29 |OriginalAirDate = November 11, 2019 |Aux4           = 6.22 |ShortSummary   = Midget Apple and Grapefruit do the Gummy Food vs. Real Food Challenge, where they eat two different foods, a real one and a gummy one,

This is a document about Adventure Time (season 5)
  length of the stories they're able to tell by linking monster-of-the-week episodes into longer arcs." The A.V. Club later named the series the 27th best television series of 2014, noting that, "The end of the super-sized season five saw a string of conceptually ambitious episodes that blew the world of Ooo wide open, deepening the stories of Lemongrab, Lumpy Space Princess' doomed romance, and Ice King's past as Simon Petrikov." The site selected "Lemonhope" as the stand-out from the season's end. Each episode was also graded by The A.V. Club with a different letter grade; the season received four C's, twenty B's, and twenty-six A's. In June 2013, the series was nominated for "Best Animated Series" at the

This is a document about SpongeBob SquarePants (season 12)
  Pearl brings SpongeBob along to prank them, but he gets lost in the woods. Meanwhile, the girls tell Pearl a scary story that turns out to be true. ; LineColor      = 34508a EpisodeNumber  = 262b ; EpisodeNumber2 = 21b ; Title          = The Hankering ; DirectedBy     = Alan Smart ; WrittenBy      = ; OriginalAirDate = November 30, 2019 ; Viewers        = 1.10 ; ShortSummary   = Mr. Krabs gets a craving for chum, and when the only other place in town that sells chum shuts down, he is forced to sell the secret formula to Plankton to get more. LineColor

This is a document about SpongeBob SquarePants (season 12)
  inspector puts the Krusty Krab under quarantine, SpongeBob, Patrick, Squidward, Mr. Krabs, Pearl, and Mrs. Puff go crazy trying to figure out who has the illness. ; LineColor      = 34508a EpisodeNumber  = 264a ; EpisodeNumber2 = 23a ; Title          = Plankton's Intern ; RTitle         = ; AltTitle       = ; DirectedBy     = Alan Smart ; WrittenBy      = ; OriginalAirDate = April 30, 2021 ; Viewers        = 0.54 ; ShortSummary   = While Karen is away, Plankton hires Pearl as an intern. When Mr. Krabs tells Pearl she should always listen to her boss, Pearl agrees to help Plankton steal the Krabby

This is a document about List of Annoying Orange episodes
  to find the identity of the legendary Super-Citrus, which is Orange. However, trouble ensues when Radish and Broccoli show up to steal the sacred Dragon Orb and make a wish of evil. Luckily, Gokarrot and Pickleo arrive and attempt to stop them in a fierce, long battle, in which Broccoli is destroyed. But when the two are defeated by Radish, its up to Super-Citrus Orange to save the day. Guest stars: iwantmylauren as Smarty Pants and Bobjenz as Grapefruit and Radish |LineColor      = 575757 }}{{#invoke:Episode list|list |EpisodeNumber  = 387 |EpisodeNumber2 = 22 |Title          = 30 Minutes or Less |Aux2           = 4:47

This is a document about SpongeBob SquarePants (season 12)
  Puff. The ice cream melts, causing SpongeBob and Patrick to enter and see Krabs's shell with a pile of liquid around it, believing he has melted. They take the shell back home and fill it with chum, turning it into a living being. Krabs exits the sauna and tries to get to his date, unaware that SpongeBob and Patrick have already made it there with the chum being. ; LineColor      = 34508a EpisodeNumber  = 260a ; EpisodeNumber2 = 19a ; Title          = Knock Knock, Who's There? ; RTitle         = ; DirectedBy     = Tom Yasumi ; WrittenBy      = ; OriginalAirDate

This is a document about You Made Me (Adventure Time)
  After Princess Bubblegum (voiced by Hynden Walch) discovers that the Earl of Lemongrab (voiced by Justin Roiland) is watching her subjects while they sleep, she confronts the Earl, who complains that he has no one to govern. He then has a mental breakdown, accusing Bubblegum of being "his glob". Bubblegum sends the Pup Gang, a band of delinquent youth, to Lemongrab's castle, but their unruly attitude causes them to be electrocuted and consequently injured by the Earl. Lemongrab subsequently returns to watching the candy citizens as they sleep. The Princess tries to show the Earl how to care for his

This is a document about List of Annoying Orange episodes
  opponents, Hillary Minton and Bernie Sandwich. |LineColor      = 575757 }}{{#invoke:Episode list|list |EpisodeNumber  = 369 |EpisodeNumber2 = 4 |Title          = Blizzard of OZ (Wizard of OZ parody) |Aux2           = 4:18 |OriginalAirDate = January 22, 2016 |Aux4           = 19.12 |ShortSummary   = Orange wakes up from a dream in which he and his friends (as characters from The Wizard of Oz) go to see a being known as the Blizzard of Oz to defeat the evil Ice Witch. Guest star: Bobjenz as Grapefruit/The Cowardly Grapefruit |LineColor      = 575757 }}{{#invoke:Episode list|list |EpisodeNumber  = 370 |EpisodeNumber2 = 5 |Title          = Red Shirt Special |Aux2           = 4:26 |OriginalAirDate

This is a document about Too Young (Adventure Time)
  "Too Young" is the fifth episode of the third season of the American animated television series Adventure Time. The episode was written and storyboarded by Jesse Moynihan and Tom Herpich, from a story by Mark Banker, Kent Osborne, Patrick McHale, and series creator Pendleton Ward. It originally aired on Cartoon Network on August 8, 2011. The series follows the adventures of Finn (voiced by Jeremy Shada), a human boy, and his best friend and adoptive brother Jake (voiced by John DiMaggio), a dog with magical powers to change shape and grow and shrink at will. In this episode, the Earl of Lemongrab (voiced by Justin Roiland) finds out that Princess Bubblegum (voiced by Isabella Acres as a

This is a document about List of Annoying Orange episodes
  more questions from fans, and attempts to discover Marshmallow's gender with a smartphone app called the Gender Detector. |LineColor      = 575757 }}{{#invoke:Episode list|list |EpisodeNumber  = 391 |EpisodeNumber2 = 26 |Title          = Lick a Toad! |Aux2           = 4:22 |OriginalAirDate = June 24, 2016 |Aux4           = 16.32 |ShortSummary   = Orange and friends lick a frog, thinking they'll experience psychedelic hallucinations. |LineColor      = 575757 }}{{#invoke:Episode list|list |EpisodeNumber  = 392 |EpisodeNumber2 = 27 |Title          = The Amazing Wonderbread! |Aux2           = 4:53 |OriginalAirDate = July 1, 2016 |Aux4           = 13.50 |ShortSummary   = Orange upstages The Amazing Wonderbread, the famed magician, at one of his live performances.

This is a document about List of Annoying Orange episodes
  Orange visits the game Super Mario Kart, and accidentally ruins the race by spitting his juice on the track, causing the racers to spin out and crash. |LineColor      = 99CC33 }}{{#invoke:Episode list|list |EpisodeNumber  = 212 |EpisodeNumber2 = 39 |Title          = Grumpy Old Fruits |Aux2           = 3:54 |OriginalAirDate = July 26, 2013 |Aux4           = 35.72 |ShortSummary   = Grandpa Lemon meets his old friend Plum, and Orange is annoyed by the old fruits. |LineColor      = 99CC33 }}{{#invoke:Episode list|list |EpisodeNumber  = 213 |EpisodeNumber2 = 40 |Title          = Mystery of the Sasquatch |Aux2           = 3:35 |OriginalAirDate = August 2, 2013 |Aux4           = 29.65 |ShortSummary   =

The episode where Lemongrab is a main character is "Normal Man" in the seventh season of Adventure Time.


Question: what are the names of the three chipmunks

Answer: Simon

This is a document about Chipmunk
  Chipmunks may be classified either as a single genus, Tamias, or as three genera: Tamias, of which the eastern chipmunk (T. striatus) is the only living member; Eutamias, of which the Siberian chipmunk (E. sibiricus) is the only living member; and Neotamias, which includes the 23 remaining, mostly western, species. These classifications were treated as subgenera due to the chipmunks' morphological similarities. As a result, most taxonomies over the twentieth century have placed the chipmunks into a single genus. However, studies of mitochondrial DNA show that the divergence between each of the three chipmunk groups is comparable to the genetic differences between Marmota and Spermophilus,   so the three genera classifications have been adopted here. The common name originally may have been spelled "chitmunk", from the

This is a document about Wildlife of Phitsanulok Province
 Squirrel ; Chipmunk ; Porcupine ; Rat

This is a document about Alvin and the Chipmunks (1983 TV series)
 The Chipmunks: The main characters of the series ; Alvin Seville: The oldest brother and leader of the Chipmunks, Alvin is the talented troublemaker and leader of the group. He tends to start chaos and can be rather narcissistic at times, but he's actually sweet and golden-hearted at his core. ; Simon Seville: The middle brother and tallest, Simon is the intelligent realist and the most responsible of the group. Season 1 was the only time he would wear his original black glasses with white lenses like he did in the 1960s TV show and the 1981 Christmas special. Starting with season 2, Simon's glasses became blue with clear lenses, and so

This is a document about Lilybuds
 Bucky - The helpful beaver. He helps Thorn make and organise the food they make. Voiced by Jamie Quinn. ; Spearmint - A Jerboa who's best friends with Zinnia. They do park patrols together. Voiced by Chris Neill. ; Ellery - The naughty and sarcastic chipmunk who loves to steal. He always plans to steal Thorn and Bucky's food, but his plans are getting backfired by Thorn. Voiced by Rasmus Hardiker. ; Plum - A baby possum who worries and gets scared a lot like Cap. Voiced by David Holt.

This is a document about The Chipmunk Adventure
  When their guardian David Seville goes to Europe on business, the Chipmunks—Alvin, Simon, and Theodore—are left home in Los Angeles with their babysitter, Ms. Miller. Later, the Chipmunks and Chipettes—Brittany, Jeanette, and Eleanor—play the arcade game Around the World in 30 Days, and Alvin and Brittany argue over which would win an actual race around the world. They are overheard by international diamond-smuggling siblings Claudia and Klaus Furschtein, who have $5 million worth of diamonds to distribute to buyers but no couriers who are unknown to their nemesis, Jamal. Claudia tricks the children into being unwitting mules, offering to arrange a

This is a document about Alvin and the Chipmunks (1983 TV series)
  grieved, but Alvin was hurt most of all and even blamed himself. Dave reassured the boys that it wasn't their fault and helped them remember the happy times they had with Cookie Chomper III. ; Lilly: The Chipmunks' puppy who they adopted from the shelter following the death of their original pet, Cookie Chomper III. ; Vinny: The Chipmunks' birth mother (originally voiced by June Foray, then by Janice Karman). The Chipmunks find their long-lost mother after days of searching. Alvin gets upset because he doesn't understand why she abandoned them. Their mother explains that the year she abandoned them there was a horrible winter and all of the animals in

This is a document about Mayumi Suzuki
 The Chipmunk Adventure (the Chipettes)

This is a document about Alvin and the Chipmunks: The Road Chip
  Four years after the events of the third film, Alvin, Simon, and Theodore, along with the Chipettes – Brittany, Jeanette, and Eleanor – have moved to a new house and set up a surprise birthday bash for Dave Seville that also serves as a good luck/going-away party for the Chipettes, who are scheduled to be guest judges on American Idol. Alvin invites and hires many people and celebrities to Simon's dismay. Though dissatisfied, Dave agrees to take them mini-golfing, where the Chipmunks meet Samantha, who he has been dating for the past few months. While the Chipmunks like Samantha, her son Miles is a bully who physically abuses the trio. Later, the Chipmunks

This is a document about Kids' Choice Award for Favorite Cartoon
 ALVINNN!!! and the Chipmunks

This is a document about Chipmunk
  Odawa (Ottawa) word jidmoonh, meaning "red squirrel" (cf. Ojibwe ᐊᒋᑕᒨ ajidamoo). The earliest form cited in the Oxford English Dictionary (from 1842) is "chipmonk", but "chipmunk" appears in several books from the 1820s and 1830s. Other early forms include "chipmuck" and "chipminck", and in the 1830s they were also referred to as "chip squirrels", probably in reference to the sound they make. In the mid-19th century, John James Audubon and his sons included a lithograph of the chipmunk in their Viviparous Quadrupeds of North America, calling it the "chipping squirrel [or] hackee". Chipmunks have also been referred to as "striped squirrels", "timber tigers", "minibears", and "ground squirrels" (although the name "ground squirrel" usually refers to other squirrels, such as those of the genus Spermophilus).

This is a document about T.U.F.F. Puppy
  like her daughter. In the episode "Diary of a Mad Cat", the Chameleon disguises himself as Kitty's mom and reveals that Kitty has a sister named Katty who is a criminal. ; Little – An unnamed, anthropomorphic young chipmunk who was a running gag throughout the episode "Mall Rat". She is depicted as being adorably innocent and sweet and her main purpose throughout the episode was to tug at Dudley's shirt after every time Kitty thwarted one of Snaptrap's unusual acts of kindness towards the townspeople and ask why Kitty performed the action that destroyed Snaptrap's most recent contribution. She also made an appearance in "Bored of Education"

This is a document about Alvin and the Chipmunks
  After the success of Witch Doctor, Liberty Records asked Bagdasarian to create another successful novelty record. He then came up with three singing chipmunks who were named, as a inside joke, after executives at Liberty Records. Alvin (named after Al Bennett), Simon (named after Si Waronker), and Theodore (Ted Keep). The Chipmunks first officially appeared on the scene in a novelty record released in late fall 1958 by Bagdasarian. The song, originally listed on the record label (Liberty F-55168) as "The Chipmunk Song (Christmas Don't Be Late)", featured the singing skills of the chipmunk trio. One phrase in the chorus has Alvin wishing for a hula hoop, which was that year's hot new toy. The novelty record was highly successful, selling more than 4 million copies in seven weeks, and it launched the careers of its chipmunk stars. It spent four weeks at Number 1 on the Billboard Hot

This is a document about Alvin and the Chipmunks
  had problems gathering nuts for the winter. Their tree is cut down and carted off to grace the entrance lobby of a city office building, with them in it. They eventually wind up in Dave's home, where they wreak havoc. After being thrown out, Dave notices how well they can sing, making them famous. They eventually win his heart. In the 1980s media, the boys are triplets, as they celebrate their birthday together in " A Chipmunk Reunion " (Alvin stating to be born five minutes before Simon), and they are about 8–9 years. While never mentioned, in the CGI movies and 2015 series, the chipmunks are no longer triplets and celebrate different birthdays; but seem to be around the same school age.

This is a document about Christmas (Jaci Velasquez album)
 1) "The Chipmunk Song (Christmas Don't Be Late)" duet with Alvin and the Chipmunks ; 2) "Feliz Navidad" ; 3) "The First Noel"

This is a document about The Chipmunk Adventure
  realize they have been deceived and set out to find the boys. Meanwhile, the Chipmunks take a shortcut through a jungle, where they are captured by a native tribe who name Theodore their "Prince of Plenty" and force Alvin and Simon to be his slaves. They soon learn that they are to be sacrificed by being dropped into a pit of crocodiles. By performing the song "Wooly Bully" to entertain the natives, they stall their execution and are rescued by the Chipettes. Claudia discovers Mario passing information to Jamal, who is revealed to be an Interpol Inspector. The children land

This is a document about Eastern chipmunk
  to see. "The vocal repertoire of the chipmunk consists of five more or less stereotyped sounds: the chip, the chuck, the trills, the whistle or squeal, and chatter." The chipmunks' trill has been measured to occur at the rate of 130 vibrations per minute. In a six-year study that tracked 59 resident and 49 transient chipmunks on a 1.5 acre study area in Spotsylvania County, Virginia during the late 1970s, chemistry professor Lawrence Wishner significantly contributed to contemporary published research regarding the Eastern Chipmunk's behavior by drawing on his copious, localized observational data. Wishner noted that "it cannot be overemphasized that the uniqueness of this study lies in its continuous day-to-day observation of 108 individual chipmunks for a period of six years."

This is a document about Retirement (Beanie Baby)
 Chipper the chipmunk ; Scaly the lizard ; Honks the goose Some of the others introduced for a brief period in the final months of 1999 included:

This is a document about Kids Place Live
  There are several animal characters that appear during "The Animal Farm with Kenny Curtis," which airs from 3pm to 5pm Eastern Time. The animals interact with callers on the show and Kenny Curtis. The featured animals include: Dirk, the fourth and forgotten chipmunk; Forrest Skunk, a kid version of Forrest Gump; Greg the tree sloth; Lufa the Porcupine; Bear E. White, a polar bear; and Lorenzo Llama, who has a strong fear of being touched.

This is a document about Alvin and the Chipmunks (1983 TV series)
  often gets them into mischief, but regardless, he loves all of his boys equally. ; Miss Beatrice Miller: The kindly, absent-minded adoptive mother of the Chipettes. ; Cookie Chomper III: The Chipmunks' first pet, Cookie Chomper III was a stray kitten who found his way into the Seville residence one night while Dave was working late. For a time, the Chipmunks kept him a secret from Dave until the kitten made his presence known. Dave allowed them to keep Cookie Chomper III, and he became their pet. But one evening, Cookie Chomper left through an open window in the Chipmunks' bedroom, then was hit by a car and killed. The Chipmunks

This is a document about List of mammals of Grand Teton National Park
 Least chipmunk, Tamias minimus, a ; Uinta chipmunk, Tamias umbrinus, u ; Yellow-pine chipmunk, Tamias amoenus, c ; Yellow-bellied marmot, Marmota flaviventris, c ; Golden-mantled ground squirrel, Spermophilus lateralis, c ; Northern flying squirrel, Glaucomys sabrinus, u ; American red squirrel, Tamiasciurus hudsonicus, a ; Uinta ground squirrel, Spermophilus armatus, a Order: Rodentia, Family: Sciuridae

The three chipmunks are named Alvin, Simon, and Theodore.


Question: what part of the brain is front left

Answer: frontal lobe

This is a document about Lobes of the brain
  The frontal lobe is located at the front of each cerebral hemisphere and positioned in front of the parietal lobe and above and in front of the temporal lobe. It is separated from the parietal lobe by a space between tissues called the central sulcus, and from the temporal lobe by a deep fold called the lateral sulcus also called the Sylvian fissure. The precentral gyrus, which forms the posterior border of the frontal lobe, contains the primary motor cortex (area 4 under the Brodmann area architecture) which controls voluntary movements of specific body parts. The precentral region also contains the premotor cortex (Brodmann area 6). The frontal lobe contains most of the dopamine-delicate neurons in the cerebral cortex. The dopamine system is

This is a document about Frontal lobe
  The frontal lobe is the largest of the four major lobes of the brain in mammals, and is located at the front of each cerebral hemisphere (in front of the parietal lobe and the temporal lobe). It is parted from the parietal lobe by a groove between tissues called the central sulcus and from the temporal lobe by a deeper groove called the lateral sulcus (Sylvian fissure). The most anterior rounded part of the frontal lobe (though not well-defined) is known as the frontal pole, one of the three poles of the cerebrum. The frontal lobe is covered by the frontal cortex. The frontal cortex includes the premotor cortex, and the primary motor cortex – parts of the motor cortex. The front part of the frontal cortex

This is a document about Brain
  the front end, the ventricles and cord swell to form three vesicles that are the precursors of the prosencephalon (forebrain), mesencephalon (midbrain), and rhombencephalon (hindbrain). At the next stage, the forebrain splits into two vesicles called the telencephalon (which will contain the cerebral cortex, basal ganglia, and related structures) and the diencephalon (which will contain the thalamus and hypothalamus). At about the same time, the hindbrain splits into the metencephalon (which will contain the cerebellum and pons) and the myelencephalon (which will contain the medulla oblongata). Each of these areas contains proliferative zones where neurons and glial cells are generated; the resulting

This is a document about Fronto-cerebellar dissociation
  Neuroanatomical studies in non-human primates have shown connections between the cerebellum and non-motor cortical areas of the frontal lobe. Fronto-cerebellar circuitry is important to processes such as language, memory, and thought. Positron emission tomography has shown that when a subject was shown a noun and asked to state an associated verb, left-frontal and right-cerebellar activation was greater than if asked to simply speak the noun aloud. Generating an associated word required more fronto-cerebellar coactivation, indicating a difference between semantic retrieval and verbal working memory. Additionally, completing a word when presented a stem of the word resulted in greater left-frontal activation when there were many possible completions to the stem. Right-cerebellar activation was greater when there were fewer possible completions to the stem. These results indicate that the left-frontal activations correlate with selection of a response among many possible responses.

This is a document about Anatomy of the cerebellum
  The cerebellum is located at the base of the brain, with the large mass of the cerebral cortex above it and the portion of the brainstem called the pons in front of it. It is separated from the overlying cerebrum by a layer of tough dura mater; all of its connections with other parts of the brain travel through the pons. Anatomists classify the cerebellum as part of the metencephalon, which also includes the pons; the metencephalon in turn is the upper part of the rhombencephalon or "hindbrain". Like the cerebral cortex, the cerebellum is divided into two hemispheres; it also contains a narrow midline zone called

This is a document about Frontal lobe
  covered by the prefrontal cortex. There are four principal gyri in the frontal lobe. The precentral gyrus is directly anterior to the central sulcus, running parallel to it and contains the primary motor cortex, which controls voluntary movements of specific body parts. Three horizontally arranged subsections of the frontal gyrus are the superior frontal gyrus, the middle frontal gyrus, and the inferior frontal gyrus. The inferior frontal gyrus is divided into three parts – the orbital part, the triangular part, and the opercular part. The frontal lobe contains most of the dopamine neurons in the cerebral cortex. The dopaminergic pathways are associated with reward, attention, short-term memory tasks, planning, and motivation. Dopamine tends to limit and select sensory information arriving from the thalamus to the forebrain.

This is a document about Julie Fiez
  colleagues have used positron emission tomography to study distinct functions of the cerebellum and non-motor cortical areas of the frontal lobe, also known as the fronto-cerebellar dissociation. Such studies have identified differences in brain activity in the left-frontal and right-cerebellar parts of the brain when research participants are given simple verbal response tasks, such as generating associations between nouns and verbs. Her research team also used positron emission tomography to study short-term memory and discovered the dorsolateral prefrontal cortex to be active in short-term maintenance of verbal and nonverbal information while the left frontal opercular regions were only linked to verbal memory. Fiez and Petersen used neuroimaging to identify the involvement of multiple brain

This is a document about Frontal lobe
 Lateral part: lateral part of the superior frontal gyrus, middle frontal gyrus, and inferior frontal gyrus ; Polar part: Transverse frontopolar gyri, frontomarginal gyrus. ; Orbital part: Lateral orbital gyrus, anterior orbital gyrus, posterior orbital gyrus, medial orbital gyrus, and gyrus rectus ; Medial part: Medial part of the superior frontal gyrus, cingulate gyrus. The frontal lobe is the largest lobe of the brain and makes up about a third of the surface area of each hemisphere. On the lateral surface of each hemisphere, the central sulcus separates the frontal lobe from the parietal lobe. The lateral sulcus separates the

This is a document about Lobes of the brain
  with reward, attention, short-term memory tasks, planning, and motivation. Dopamine tends to limit and select sensory information arriving from the thalamus to the forebrain. A report from the National Institute of Mental Health says a gene variant that reduces dopamine activity in the prefrontal cortex is related to poorer performance and inefficient functioning of that brain region during working memory tasks, and to a slightly increased risk for schizophrenia. The frontal lobe consists of the prefrontal cortex which is located in the most anterior (farthest away) section of the frontal lobe. It is critical for one’s working memory and executive control which helps keep goals and complex tasks organized. The divisions of the prefrontal cortex include orbital, medial, and lateral prefrontal cortex. Within

This is a document about Human brain
  layers. The rest of the cortex is of allocortex, which has three or four layers. The cortex is mapped by divisions into about fifty different functional areas known as Brodmann's areas. These areas are distinctly different when seen under a microscope. The cortex is divided into two main functional areas – a motor cortex and a sensory cortex. The primary motor cortex, which sends axons down to motor neurons in the brainstem and spinal cord, occupies the rear portion of the frontal lobe, directly in front of the somatosensory area. The primary sensory areas receive signals from the sensory nerves and tracts by way

This is a document about Cranial cavity
  One of the major glands are controlled through this cavity. The cerebrum is the most anterior part of the brain, located in the top half of the skull, consisting of two hemispheres separated by a fissure and connected by the corpus callosum. It is responsible for integrating complex sensory and neural functions, and subsequently initiating and coordinating voluntary activity in the body. The cortex is the outer layer of the cerebrum, composed of folded grey matter. Its neuron cell bodies, dendrites, synapses, axons, and axon terminals play a crucial role in consciousness. The two hemispheres are divided into four lobes, distinct sections of the organ: the frontal lobe, parietal lobe, temporal lobe, and occipital

This is a document about Frontal lobe injury
   The frontal lobe of the human brain is both relatively large in mass and less restricted in movement than the posterior portion of the brain. It is a component of the cerebral system, which supports goal directed behavior. This lobe is often cited as the part of the brain responsible for the ability to decide between good and bad choices, as well as recognize the consequences of different actions. Because of its location in the anterior part of the head, the frontal lobe is arguably more susceptible to injuries. Following a frontal lobe injury, an individual's abilities to make good choices and recognize consequences are often impaired. Memory impairment is another common effect

This is a document about Cognitive neuroscience of dreams
  Two main frontal areas have been implicated in the dream process. The first involves the deep white matter of the frontal lobes (just above the eyes). The main systems at work here involve the mesolimbic and mesocortical dopaminergic pathways. There are connecting fibres that run between frontal and limbic structures. A dopaminergic pathway runs from the ventral tegmental area, ascends through the lateral hypothalamus, various basal forebrain areas (nucleus basalis, stria terminalis, shell of nucleus accumbens) and terminates in the amygdala, anterior cingulate gyrus and frontal cortex. Damage to the dopaminergic pathway results in a loss of dreaming. Furthermore, chemical stimulation of the pathway (with L-DOPA for example) increases the frequency and vividness of dreams without affecting REM sleep. The mesolimbic and mesocortical pathways are considered the seeking areas or the motivational command centers of the brain. Damage not

This is a document about Frontal lobe disorder
  The frontal lobe contains the precentral gyrus and prefrontal cortex and, by some conventions, the orbitofrontal cortex. These three areas are represented in both the left and the right cerebral hemispheres. The precentral gyrus or primary motor cortex is concerned with the planning, initiation and control of fine motor movements dorsolateral to each hemisphere. The dorsolateral part of the frontal lobe is concerned with planning, strategy formation, and other executive functions. The prefrontal cortex in the left hemisphere is involved with verbal memory while the prefrontal cortex in the right hemisphere is involved in spatial memory. The left frontal operculum region of the prefrontal cortex, or Broca's area, is responsible for expressive language, i.e. language production. The orbitofrontal cortex is concerned with response inhibition, impulse control, and social behaviour.

This is a document about Directed attention fatigue
  Directed attention, or voluntary attention, requires a great deal of concentration and focus, and is employed in tasks such as problem solving. This type of attention employs the inhibitory mechanisms of the brain, which help block incoming stimuli that are unrelated to the task at hand. Several parts of the brain are involved in maintaining directed attention, primarily those located in the frontal lobe and the parietal lobe of the brain. Specifically, the mechanism of directed attention employs the prefrontal cortex (PFC), the anterior cingulate cortex (ACC) and the brain stem's basal ganglia. Some fMRI studies have shown that directed attention involves changes in the anterior cingulate cortex and the lateral prefrontal cortex, perhaps as a consequence of increased connectivity between these two areas. Evidence also suggests that the right inferior frontal cortex (IFC) plays a specialized role in response inhibition. It seems that this region plays a key role in the integration of bottom-up response-related information and facilitates goal-directed behavior. While these areas of the brain are known to be involved in DAF, their specific molecular mechanisms in the perpetuation of DAF symptoms are not yet known.

This is a document about Glossary of medicine
  the brain, and integrates these inputs to fine-tune motor activity. Cerebellar damage produces disorders in fine movement, equilibrium, posture, and motor learning in humans. ; Cerebrum – is a large part of the brain containing the cerebral cortex (of the two cerebral hemispheres), as well as several subcortical structures, including the hippocampus, basal ganglia, and olfactory bulb. In the human brain, the cerebrum is the uppermost region of the central nervous system. The prosencephalon is the embryonic structure from which the cerebrum develops prenatally. In mammals, the dorsal telencephalon, or pallium, develops into the cerebral cortex, and the ventral telencephalon, or

This is a document about Negative priming
  Neurological evidence of negative priming effects is being researched to help understand the physiological aspects and to develop more accurate models. The most common method to find such neurological evidence is by neuroimaging the brain using fMRI while subjects go through experiments of tasks that prompt negative priming effects. The two primary bases for neurological evidence are the internal representations of stimuli and memory retrieval. Most significantly activated regions of the brain are the left temporal lobe, inferior parietal lobe, and the prefrontal cortex of the frontal lobe. Evidence for internal representations are found in the left anterior temporal cortex, which

This is a document about Brain asymmetry
 Neuroanatomical differences between the left and right sides of the brain ; Lateralized functional differences: lateralization of brain function In human neuroanatomy, brain asymmetry can refer to at least two quite distinct findings:  Neuroanatomical differences themselves exist on different scales, from neuronal densities, to the size of regions such as the planum temporale, to—at the largest scale—the torsion or "wind" in the human brain, reflected shape of the skull, which reflects a backward (posterior) protrusion of the left occipital bone and a forward (anterior) protrusion of the right frontal bone. In addition to gross size differences, both neurochemical and structural differences have been found between the hemispheres. Asymmetries appear in the spacing of cortical columns, as well as dendritic structure and complexity. Larger cell sizes are also found in layer III of Broca's area. The human brain has an overall leftward posterior and

This is a document about Neomammalian brain
  found by neuroscientists that the cerebral neocortex accounts for roughly 76% of the human brains total volume. The neocortex is predominately associated with high order brain functions such as motor control, sensory perception and cognition. The neocortex can be divided into two sections; the proisocortex and the true isocortex. The Proisocortex is transitional between both the true isocotex and periallocortex, it can be found mainly in the cingulate gyrus, insula and the subcallosal areas of the brain. The true isocortex is a six layered cytoarchitecture that is predominately located in the frontal lobe, parietal lobe, temporal lobe and occipital lobe. Another unique feature of

This is a document about Cerebellum
  The cerebellum is located in the posterior cranial fossa. The fourth ventricle, pons and medulla are in front of the cerebellum. It is separated from the overlying cerebrum by a layer of leathery dura mater, the tentorium cerebelli; all of its connections with other parts of the brain travel through the pons. Anatomists classify the cerebellum as part of the metencephalon, which also includes the pons; the metencephalon is the upper part of the rhombencephalon or "hindbrain". Like the cerebral cortex, the cerebellum is divided into two cerebellar hemispheres; it also contains a narrow midline zone (the vermis). A set of large folds is, by convention, used

The frontal lobe is the part of the brain located at the front of each cerebral hemisphere.


Question: who sang lead on i ca n 't tell you why

Answer: Timothy B. Schmit

This is a document about Common Thread: The Songs of the Eagles
  upright bass ; Brent Mason — electric guitar ; Hargus "Pig" Robbins — keyboards ; Keith Stegall — acoustic guitar "Take It to the Limit" ; Eddie Bayers — drums ; Suzy Bogguss — background vocals ; Beth Nielsen Chapman — background vocals ; Dan Dugmore — steel guitar ; Kirk "Jellyroll" Johnson — harmonica ; Matt Rollings — keyboards ; Tom Roady — percussion ; Brent Rowan — acoustic guitar, electric guitar ; Leland Sklar — bass guitar ; Harry Stinson — background vocals "I Can't Tell You Why" ; Jim Horn — soprano saxophone ; David Hungate — bass guitar ; George Marinelli — electric

This is a document about I Can't Tell You Why
  "I Can't Tell You Why" is a song by the American rock band Eagles, which appeared on their 1979 album The Long Run. It was written by band members Timothy B. Schmit, Glenn Frey, and Don Henley. Recorded in March 1978, it was the first song finished for the album and the first Eagles song to feature Schmit on lead vocals. Released as a single in February 1980, it became a Billboard top 10 hit in April of that year, reaching number eight on the Billboard Hot 100 and number three on the Adult Contemporary chart. It was the group's last top ten hit on the Billboard Hot 100.

This is a document about Seance (album)
 Steve Kilbey: lead vocals, bass guitar, keyboards, string arrangements ; Peter Koppes: guitars, vocals, Hammond organ ; Marty Willson-Piper: guitars, vocals ; Richard Ploog: drums, bongos, tambourine Mikela Uniacke (aka Michelle Parker): backing vocals on "It's No Reason" ; Russell Kilbey: harmonica on "Now I Wonder Why" Credited to: with

This is a document about Common Thread: The Songs of the Eagles
  a Walden Woods benefit concert in Los Angeles in May 1992 where several country artists also appeared. Later in the year at the 1992 Country Music Awards show, where Henley appeared with Trisha Yearwood in a duet, a number of artists told Henley how the Eagles’ music had inspired them. Henley and Azoff then decided that the project may be feasible, and with the help of record producer James Stroud, a number of country musicians were chosen for the album. The Eagles themselves were not involved as a band in this project, however, and none of its members played on the album, although Timothy B. Schmit provided harmony vocals for Vince Gill's rendition of "I Can't Tell You Why".

This is a document about I Can't Tell You Why
  on the LP inside sleeve, with Henley on the drums, Don Felder on the electric guitar, Walsh on the organ and Walsh's touring sideman Joe Vitale on ARP string synthesizer. Joe Walsh played all the keyboards on the studio recording. Live versions of the song were released in the 1980 album Eagles Live and 1994's Hell Freezes Over. Schmit also performed "I Can't Tell You Why" while on tour as a member of Ringo Starr & His All-Starr Band in 1992. Their performance of the song was included on the 1993 live album Ringo Starr and His All Starr Band Volume 2: Live from Montreux.

This is a document about I Can't Tell You Why
  Timothy B. Schmit came up with the song title and composed the nucleus of "I Can't Tell You Why", which he then presented to Glenn Frey and Don Henley and they completed the song together. Henley described the finished song as "straight Al Green", and that Frey, an R&B fan as he came from Detroit and grew up with the music, was responsible for the R&B feel of the song. Frey said to Schmit: "You could sing like Smokey Robinson. Let's not do a Richie Furay, Poco-sounding song. Let's do an R&B song." Schmit describes the song as "loosely based on my own experiences". Schmit said:

This is a document about The Rubettes
  the trademark vocal harmonies were left off of his composition, "You're the Reason Why". Gerry Shury and the band out-voted him. The version with no vocal backing has been available as a bootleg recording in certain parts of Europe. In 1979, Thorpe and the band separated over musical differences. Thorpe can be heard on lead vocals on the last Still Unwinding track, "Does It Gotta Be Rock 'N' Roll". His guitar parts and backing vocals remained. After Thorpe's departure, the group's success began to dwindle. The band replaced Thorpe with Bob Benham; but he departed shortly thereafter and the band dissolved in 1980.

This is a document about I Can't Explain
  in 2013, Daltrey said regarding Jimmy Page that “He played lead guitar; he played the solo” on "I Can't Explain". The Who have used "I Can't Explain" throughout many of their live performances, often as the opener. It remains a staple today. In a 2015 interview with Rolling Stone, Townshend referred to "I Can't Explain" as "a song, written by some 18-year-old kid, about the fact that he can't tell his girlfriend he loves her because he's taken too many Dexedrine tablets." In his autobiography Who I Am, Townshend says he came up with the song after being told by managers Kit Lambert

This is a document about You Tell Me Why
  "You Tell Me Why" is a song by American rock group The Beau Brummels, from the band's second album, The Beau Brummels, Volume 2. The song was written by guitarist Ron Elliott and produced by Sylvester Stewart, later known as Sly Stone. "You Tell Me Why" was released as the album's lead single, and peaked at number 38 on the Billboard Hot 100 in August 1965. The band revisited the song and included it on their 1975 eponymous album. The original version later appeared on the band's 1987 compilation album The Best of The Beau Brummels 1964–1968.

This is a document about Out of the Valley
 Bass – – Michael Manring ; Lead guitar – Leo Kottke ; Acoustic guitar & vocal – John Gorka ; Backing vocal – Kathy Mattea Gorka never explicitly names the subject of "That's Why". Listeners, however, are able to ascertain much from various references. The following lines about a commemorative stamp are just one example: "That's Why" is not Gorka's only tribute to the "King of Rock'n'Roll", for another see the 2006 Billy C. Wirtz album, Sermon from Bethlehem, for a recording of "The King & I", a tune penned by Gorka and Fred Koller. Musicians:

This is a document about I Don't Want to Know
  Stevie Nicks wrote "I Don't Want to Know" much earlier than the Rumours sessions, when she and Lindsey Buckingham were performing as the duo Buckingham Nicks, prior to joining Fleetwood Mac. The other band members of Fleetwood Mac decided to use the song as a replacement for a song Nicks had written for Rumours, "Silver Springs," when they found that "Silver Springs" would not fit on the album. The other four band members made a recording of the song without Nicks late in the Rumours recording sessions. Buckingham was able to sing Nicks' lead vocal on this version as well as the harmony vocals because he knew the song from their Buckingham Nicks days. Drummer Mick Fleetwood then broke the news to Nicks that they decided that they needed to replace

This is a document about Farewell My Love
  me" and "I'm going cry"). Bass singer Melvin Franklin starts the song with do-wop harmonies and later repeats Williams' line, "Why couldn’t you be true?" at the end of the second verse. Although it did not chart nationally, the song was a regional smash hit in the country's mid-west. This would be the group's final A-side released with Williams as the main lead (although B-side releases "Just Let Me Know", "Baby, Baby I Need You", and "Don't Look Back" would be promoted as if they were), and the final one to feature Bryant's vocals altogether (his voice however would appear on two later B-sides). The next three singles from the group would have Kendricks on lead, and then, beginning with "My Girl", David Ruffin, Bryant's replacement, would become the Temptations' new main lead singer.

This is a document about Tell Me Why (Neil Young song)
  "Tell Me Why" is the opening track on Neil Young's album After the Gold Rush. Written by Young, it was first introduced during the Crosby, Stills, Nash and Young shows of 1970 prior to the release of Déjà Vu. The song also appears on Live at Massey Hall 1971.

This is a document about My Generation (album)
 Roger Daltrey – lead vocals, harmonica, tambourine on "I Can't Explain" ; Pete Townshend – electric guitar, backing vocals, lead vocals on "A Legal Matter" ; John Entwistle – bass guitar, backing vocals ; Keith Moon – drums, backing vocals on "Instant Party" Nicky Hopkins – piano ; The Ivy League – backing vocals on "I Can't Explain" and "Bald Headed Woman" ; Perry Ford – piano on "I Can't Explain" ; Jimmy Page – lead guitar on "Bald Headed Woman" The Who Additional musicians

This is a document about Tell Me Why (Genesis song)
  "Tell Me Why" is a rock song by Genesis. It first appeared as the seventh track on their 14th studio album, We Can't Dance (1991), and was issued as a single in Europe in 1992 and in the United Kingdom on 8 February 1993. It was the last Genesis single featuring Phil Collins on vocals.

This is a document about Second Helping
 Lynyrd Skynyrd ; Ronnie Van Zant – lead vocals ; Gary Rossington – guitar ; Allen Collins – guitar ; Ed King – guitar, backing vocals, bass on "I Need You" and "Don't Ask Me No Questions" ; Leon Wilkeson – bass (all tracks except "I Need You" and "Don't Ask Me No Questions"), backing vocals ; Bob Burns – drums, except "I Need You" ; Billy Powell – keyboards Additional personnel ; Mike Porter – drums on "I Need You" ; Merry Clayton, Clydie King, Sherlie Matthews – background vocals on "Sweet Home Alabama" ; Bobby Keys, Trevor Lawrence and Steve Madaio – horns on "Don't Ask Me No Questions" and "Call Me the Breeze" ; Al Kooper – backing vocals, piano on "Don't Ask Me No Questions" and "The Ballad of Curtis Loew"

This is a document about The Beau Brummels
  group. In 1966 Mulligan filed an unsuccessful lawsuit, claiming he was wrongfully dismissed from the group. "You Tell Me Why", the album's lead single, was the band's third and final U.S. top 40 hit, peaking at number 38 in August 1965. Another single, "Don't Talk to Strangers", reached number 52 in November. While Stone is credited as the album's producer, his involvement, according to Sal Valentino and Ron Elliott, had diminished to the point that the band does not recall any producer being in charge. By the end of the year, Elliott began to suffer seizures from his diabetic condition that left him unable to perform. Don Irving became Elliott's stand-in on guitar when the group performed live, and also recorded with them.

This is a document about The Long Run (album)
  leave the Eagles after an argument in Knoxville, Tennessee during the Hotel California Tour in June 1977. He was replaced by Timothy B. Schmit, who brought an unfinished song to the band, "I Can't Tell You Why". Schmit wrote the song based loosely on his own experiences; both Henley and Frey liked the song and they completed the song together. Joe Walsh also contributed the song "In the City", which was first recorded by Walsh for the movie soundtrack for The Warriors, where it was credited to Walsh, not the Eagles. Don Felder wrote the tune for "The Disco Strangler" using a four-on-the-floor disco beat as the

This is a document about The Beau Brummels (album)
  After 1968's Bradley's Barn album, the Beau Brummels, by which time were a duo consisting of lead singer Sal Valentino and guitarist-songwriter Ron Elliott, split. Valentino recorded a few solo singles for Warner Bros. Records before forming a new band, Stoneground, which released three albums between 1971 and 1973. Elliott worked on tracks by The Everly Brothers, Van Dyke Parks, Randy Newman, Little Feat, and Pan. Elliott also released a solo album, The Candlestickmaker, in 1970. In February 1974, Billboard magazine reported that the Beau Brummels re-formed in San Francisco. A resulting self-titled album containing new material was released in April 1975. One song, "You Tell Me Why" that was a U.S. top

This is a document about Tell Me Why (Genesis song)
  as an exclusive track, while the second included a full performance of "Tonight, Tonight, Tonight" from the video, Live at Wembley Stadium (this song segued into "Invisible Touch" on the We Can't Dance tour). In Europe the live B-sides were "Mama", "The Brazilian" (both from the Invisible Touch tour) and the single version of "Invisible Touch." Unlike its four predecessors, the single was not a commercial success, barely breaching the UK Top 40. The working title of "Tell Me Why" was originally "Rickenbacker" after the 12-string Rickenbacker guitar used by Mike Rutherford on the song. Rickenbackers are known for their distinct "ringing" sound.

Timothy B. Schmit sang lead on "I Can't Tell You Why" by the Eagles.