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Before it falls it has gravitational potential energy. While it falls, the potential energy gets converted to kinetic energy. Part of this gets dissipated by friction - mainly converted to heat. Once it hits the ground, all the energy will be converted to heat.
110
The shelf must exert an upward force on the book that is exactly equal to the book's weight. If the forces on the bottom of the book were not balanced (did not add up to zero), then the bottom of the book would be accelerating.
its physics term for the fact that it is not in motion (kinetic energy) but it is above the ground, so at any moment it could "potentially" have kinetic energy by falling to the floor.
Just about as much as it had potential energy before it started falling - since most of the potential energy will be converted into kinetic energy. The exact amount depends from how high it falls.
Kinetic Energy
no, but the POTENTIAL energy may equal the work done to life the book to the shelf
no
When a book is falling from a bookshelf, it is in a state of kinetic energy because it is in motion. Potential energy arises when the book is stationary on the shelf due to its height above the ground.
false
Before it falls it has gravitational potential energy. While it falls, the potential energy gets converted to kinetic energy. Part of this gets dissipated by friction - mainly converted to heat. Once it hits the ground, all the energy will be converted to heat.
110
Temperature is a measure of the average kinetic energy of the particles in an object. Temperatures also measure how kinetic energy is not how hot or cold it is. It's measuring what the amount of kinetic energy there when you throw something in the air and it comes back down.exampleThere is a ball on the top of a book shelf, and there is one on the bottom. Which one has more kinetic energy? The one on the top, because it has more time to fall and it has more kinetic energy.
nuclear energy is kinetic my son showed me his text book and it says kinetic
nuclear energy is kinetic my son showed me his text book and it says kinetic
Yes; while on the shelf it has potential energy due to gravity of mgh where m = mass and g =gravity acceleration and h is height fom floor. As it falls its potential energy is converted to kinetic energy mv squared/2 where v = velocity
when book is dropped from the height its kinetic goes on increasing and the sudden stop to the book when it touches the ground all the kinetic energy of the book is converted into potential energy of the book which helps the book to be stable after the impact, in short when the book hits the ground kinetic energy is converted to potential energy due to law conservation of energy.