Generally it is transferred into heat and sound while the object is being pushed.
The energy used to overcome friction is converted into heat. Friction converts mechanical energy into thermal energy as objects slide or rub against each other. This heat energy dissipates into the surrounding environment.
It's mostly converted to heat. Some of it can be used for the physical work of wearing down the surfaces causing the friction, depending on the hardness of the surfaces and their friction coefficient.
Kinetic energy is used to overcome friction and is dispersed as heat; some energy is converted to sound.
The force used to overcome friction is the force of applied external pressure or kinetic energy. This force acts in the opposite direction to the frictional force, allowing objects to move past each other or slide across a surface with reduced resistance.
In any type of movement there is friction. This must be accounted for.
Energy that is put into a pulley but not used is typically converted into other forms of energy, such as heat or sound. Friction and other inefficiencies can cause some of the input energy to be lost in the system.
A train typically converts electrical energy from overhead wires or fuel energy from diesel engines into mechanical energy to power its wheels and move forward. The mechanical energy is then used to overcome friction and propel the train along the tracks.
Some of the energy used to overcome friction is converted into heat due to the resistance between surfaces. This heat energy is typically considered wasted since it is not used to perform useful work.
No, efficiency of a machine is a measure of how well input energy is converted into useful output work, and is calculated as useful work output divided by total work input. The percentage of work input used to overcome friction would be related to the frictional losses in the machine, not the overall efficiency.
Friction :) it says so in in my science book.
Kinetic energy or the energy of motion is used which is then transformed to heat energy.
Mechanical energy is used, and thermal energy is produced