Find The Hottest Deals on Energy Energy and Other Green Enery Ideas here
![]() |
![]() 2XSolar Stairway Fence Garden Path Wall Lights US $19.99
|
![]() 50 Organic Wuyi Wulong Tea Bags Weight Loss Oolong US $9.99
|
![]() Newest Solar Panel Charger Controller Regulator 10A 12V 24V Auto Swich US $.80
|
Scroll Down Now to Find Even More Energy Energy Deals
![]() |
![]() 2XSolar Stairway Fence Garden Path Wall Lights US $19.99
|
![]() 50 Organic Wuyi Wulong Tea Bags Weight Loss Oolong US $9.99
|
![]() Newest Solar Panel Charger Controller Regulator 10A 12V 24V Auto Swich US $.80
|

How does mass affect kinetic, potential energy and speed?
How does mass affect each of the following: kinetic energy, potential energy and speed? I'm thinking that the more mass, means a lower kinetic energy but higher potential energy and that mass has nothing to do with speed. Am I right? Thanks.
The formulas are:
Ek = 1/2 m v ^2
Eg = m g h
Which means that both kinetic energy (Ek) and potential energy (Eg) will increase with an increased mass.
Speed has nothing to do with mass.
To make a greater mass have the same speed as a smaller mass, you will need more energy, but this comes from Ek = 1/2 m v ^2


US $118.99































