the amount of potential energy, p, an object has is equal to the product of its mass, m, its height off the…

the amount of potential energy, p, an object has is equal to the product of its mass, m, its height off the ground, h, and the gravitational constant, g. this can be modeled by the equation p = mgh. what is the equivalent equation solved for h? (\frac{(\frac{p}{m})}{g}=h) (\frac{p}{mg}=h) (pmg = h) (\frac{p}{(\frac{m}{g})}=h)

the amount of potential energy, p, an object has is equal to the product of its mass, m, its height off the ground, h, and the gravitational constant, g. this can be modeled by the equation p = mgh. what is the equivalent equation solved for h? (\frac{(\frac{p}{m})}{g}=h) (\frac{p}{mg}=h) (pmg = h) (\frac{p}{(\frac{m}{g})}=h)

Answer

Explanation:

Step1: Isolate h in the equation

Given $P = mgh$, divide both sides by $mg$. $\frac{P}{mg}=\frac{mgh}{mg}$

Step2: Simplify the right - hand side

$\frac{mgh}{mg}=h$, so $\frac{P}{mg}=h$

Answer:

$\frac{P}{mg}=h$ (the second option in the multiple - choice list)