Question

What are the formulas for Calculating Kinetic Energy and Potential Energy?

Answer 1

`\boxed{\bold { \large { \boxed {KE=(1)/(2) mv^2 \ , \ PE=mgh}}}}`

Step-by-step explanation:

Kinetic energy formula

`\displaystyle KE=(1)/(2) mv^2`

Potential energy formula

`\displaystyle PE=mgh`

`\displaystyle KE \Rightarrow \sf kinetic \ energy \ (J)`

`\displaystyle PE \Rightarrow \sf potential \ energy \ (J)`

`\displaystyle m \Rightarrow \sf mass \ (kg)`

`\displaystyle v \Rightarrow \sf velocity \ (m/s)`

`\displaystyle g \Rightarrow \sf acceleration \ of \ gravity\ (m/s^2)`

`\displaystyle h \Rightarrow \sf height \ (m)`

Answer 2

KE = .5(m)(v²) and PE = mgh

Step-by-step explanation:

m = mass, v = velocity, g = gravity (9.8 on earth), h = height.