For a falling object, the total energy (kinetic plus potential) is always constant. The formula for...

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For a falling object, the total energy (kinetic plus potential) is always constant. The formula for this is: 1/2mv2 + mgh= E m is the object's mass. Constant. g = 9.81m/s2. Constant. h is the object's height, a function of time. t. v is the object's velocity, a function of time. t. E is total energy. Constant. Compute d/dt of both sides of the total energy equation. Use the fact that dh/dt = v to find the rate of change of velocity. Be accurate to 2 decimal places and include correct units. dv / dt

Baljit · Accepted Answer

ive 
E v+ah 
2 
E nan 
Becaue Eis Contm 
Bec 
ous Gnive v 
2 
Bur

For a falling object, the total energy (kinetic plus potential) is always constant. The formula for this is: 1/2mv2 + mgh= E m is the object's mass. Constant. g = 9.81m/s2. Constant. h is the object's...

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