Part A Determine the apple\'s kinetic energy, , the gravitational potential ener

Question

Part A Determine the apple's kinetic energy, , the gravitational potential energy of the system, , and the total mechanical energy of the system, , when the apple's height above the ground is 4.0 . Express your answers using two significant figures separated by commas. Part B Determine the apple's kinetic energy, , the gravitational potential energy of the system, , and the total mechanical energy of the system, , when the apple's height above the ground is 3.0 . Express your answers using two significant figures separated by commas. Part C Determine the apple's kinetic energy, , the gravitational potential energy of the system, , and the total mechanical energy of the system, , when the apple's height above the ground is 2.0 . Express your answers using two significant figures separated by commas. Part D Determine the apple's kinetic energy, , the gravitational potential energy of the system, , and the total mechanical energy of the system, , when the apple's height above the ground is 1.0 . Express your answers using two significant figures separated by commas. Part E Determine the apple's kinetic energy, , the gravitational potential energy of the system, , and the total mechanical energy of the system, , when the apple's height above the ground is 0 . Express your answers using two significant figures separated by commas.

Explanation / Answer

sol: TME=mgh+1/2mv^2 place value and get your answer will not be a problem for a physic student.

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