SOLUTION: the energy of motion (called kinetic energy) of a moving object that has a mass of m kilogram and a speed of v meters per a second is given by mv2/2. the objects gravitational pote

Algebra ->  Signed-numbers -> SOLUTION: the energy of motion (called kinetic energy) of a moving object that has a mass of m kilogram and a speed of v meters per a second is given by mv2/2. the objects gravitational pote      Log On


   

Question 753167: the energy of motion (called kinetic energy) of a moving object that has a mass of m kilogram and a speed of v meters per a second is given by mv2/2. the objects gravitational potential energy h meters above the ground is given by mgh where g is the gravitational acceleration at that point. write down the total energy of the object in factorized form.
Answer by KMST(5328) About Me  (Show Source):
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Kinetic energy = mv%5E2%2F2
Gravitational potential energy = mgh
Total energy = mv%5E2%2F2%2Bmgh
Total energy = highlight%28m%28v%5E2%2F2%2Bgh%29%29