Strictly this should be done in terms of line integrals but for a constant force the result simplifies to
change in KE = Force * distance
so 10N over 5m changes KE by 50J and 20N over 2m changes KE by 40J.
Distance is greater , because displacement can be zero ,but, distance cannot be zero.
Yes, friction affects stopping distance. The greater the friction the lower the stopping distance; the lower the friction the greater the stopping distance.
The greater the mass the more gravitational force an object has, the greater distance, say from the ground the greater potential energy, the greater gravitational force. hope that helps :]
You do it by exerting a force greater than the gravitational force, in the opposite direction ... a lot like what you do with your legs when you want to climb some stairs.
greater distance takes greater time. it is not an inverse operation, they have a positive correlation.
The mass of the object exerting the gravitational pull, and the distance between the two objects. Gravity is all over, but it's effect varies greatly with distance. The girl next to you in Science class is actually exerting a greater gravitational pull on your mass than the Sun, despite their obvious differences in size.
By using leverage, it allows you to lift a 1 or 2 ton car. Have you tried lifting a car by hand without a jack? And you DO need to lift the car to change a tire.
A tornado produces a greater pressure drop over a shorter distance than a hurricane.
Distance is greater , because displacement can be zero ,but, distance cannot be zero.
Albuquerque to Billings has a greater distance.
The distance around the Tropic of Capricorn is greater.
.7 is a greater distance by 6/10 of a mile.
Chicago to Maine is a greater distance
Directly proportional. Greater speed - greater distance.
The greater distance is Chicago to Augusta
Yes, friction affects stopping distance. The greater the friction the lower the stopping distance; the lower the friction the greater the stopping distance.
1Km is the greater distance !