4. A block of mass m is connected to a spring of spring constant k and is initially at the top of a frictionless hemisphere of radius R. The block is given a slight nudge and slides down the hemisphere. Using work-kinetic energy methods, find the maximum velocity of the block. {Your answer may be in terms of 0, g, k, R and m}

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4. A block of mass m is connected to a spring of spring constant k and is initially at the top of a
frictionless hemisphere of radius R. The block is given a slight nudge and slides down the
hemisphere. Using work-kinetic energy methods, find the maximum velocity of the block.
{Your answer may be in terms of 0, g, k, R and m}
Transcribed Image Text:4. A block of mass m is connected to a spring of spring constant k and is initially at the top of a frictionless hemisphere of radius R. The block is given a slight nudge and slides down the hemisphere. Using work-kinetic energy methods, find the maximum velocity of the block. {Your answer may be in terms of 0, g, k, R and m}
3.
R
Transcribed Image Text:3. R
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