When work is done on an object, energy is stored in it as potential energy, such as gravitational, elastic, or chemical potential energy, depending on the nature of the work and the object's properties.
When work is done on an object, energy is stored in it as potential energy, such as gravitational, elastic, or chemical potential energy, depending on the nature of the work and the object’s properties.
The work done by gravity when raising a block from position A to position B is the same for both paths, as it depends only on the vertical height difference h and not on the specific path taken.
The work done by gravity when raising a block from position A to position B is the same for both paths, as it depends only on the vertical height difference h and not on the specific path taken.
Energy is transferred to a rubber band as work is done to stretch it, converting mechanical energy into elastic potential energy stored within the rubber band's stretched state.
Energy is transferred to a rubber band as work is done to stretch it, converting mechanical energy into elastic potential energy stored within the rubber band’s stretched state.
How is energy stored when work is done on an object?
When work is done on an object, energy is stored in it as potential energy, such as gravitational, elastic, or chemical potential energy, depending on the nature of the work and the object's properties.
When work is done on an object, energy is stored in it as potential energy, such as gravitational, elastic, or chemical potential energy, depending on the nature of the work and the object’s properties.
See lessIf a block is raised from position A to position B using two different paths, how does the work done by gravity compare for each path?
The work done by gravity when raising a block from position A to position B is the same for both paths, as it depends only on the vertical height difference h and not on the specific path taken.
The work done by gravity when raising a block from position A to position B is the same for both paths, as it depends only on the vertical height difference h and not on the specific path taken.
See lessHow is energy transferred when stretching a rubber band?
Energy is transferred to a rubber band as work is done to stretch it, converting mechanical energy into elastic potential energy stored within the rubber band's stretched state.
Energy is transferred to a rubber band as work is done to stretch it, converting mechanical energy into elastic potential energy stored within the rubber band’s stretched state.
See less