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(Question3.63) A mass m-2.2kg is place at the rim of a frictionless hemispherical bowl with radius Rof 0.1 meter and released from rest as in Figure below. It then slides down and undergoes a perfectly elastic collision with a second mass of [M] kg, sitting at rest at the bottom of the bowl. What is the velocity of the first block after collision (take the right direction as positive)?

(Question3.63) A mass m-2.2kg is place at the rim of a frictionless hemispherical bowl with radius Rof 0.1 meter and released from rest as in Figure below. It then slides down and undergoes a perfectly elastic collision with a second mass of [M] kg, sitting at rest at the bottom of the bowl. What is the velocity of the first block after collision (take the right direction as positive)?

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(Question3.63) A mass m=2.2kg is place at the rim of a frictionless hemispherical bowl with radius Rof 0.1 meter and released from rest as in Figure below. It then slides down and undergoes a perfectly elastic collision with a second mass of [M] kg, sitting at rest at the bottom of the bowl. What is the velocity of the first block after collision (take the right direction as positive)? R
Transcribed Image Text:(Question3.63) A mass m=2.2kg is place at the rim of a frictionless hemispherical bowl with radius Rof 0.1 meter and released from rest as in Figure below. It then slides down and undergoes a perfectly elastic collision with a second mass of [M] kg, sitting at rest at the bottom of the bowl. What is the velocity of the first block after collision (take the right direction as positive)? R
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