Heat.
Friction is a force that resists motion, causing energy to be converted into heat. When objects are in contact and rubbing against each other, friction can cause a loss of energy due to heat generated from the resistance.
As a car goes up a hill, kinetic energy is converted into gravitational potential energy, resulting in a loss of kinetic energy. Additionally, some energy is lost as thermal energy due to friction in the engine and between the tires and the road. This energy loss manifests as heat, reducing the car's overall efficiency as it climbs the incline.
Friction converts kinetic energy to thermal energy, causing the surfaces in contact to heat up. The energy lost to friction results in a decrease in the overall kinetic energy of the system.
Ideal Mechanical Advantage ignores friction. Friction is a force that pops up when you move things. Friction in the direction of motion translates to energy -- lost energy. Unless you want to heat up the world.
friction, light and collision
Friction converts mechanical energy into thermal energy, causing the surfaces in contact to heat up as a result of the resistance to motion.
It is not a law of motion that states this. If there was no friction or elastic losses the ball could go on bouncing. It is the slight loss of energy every time the ball bounces, due to compression of the ball and friction between it and the surface, that gradually causes its energy to be given up to the environment.
When you cause friction, the kinetic energy from the rubbing motion is converted into heat energy. This increase in heat energy warms up your hands as they come into contact with each other or with another surface.
Friction between two surfaces causes the surfaces to rub against each other, converting mechanical energy into heat. This heat energy is dispersed in the form of vibrations at the atomic level within the materials, leading to an increase in internal energy.
Roller coasters build up the most friction at the peak of a loop. This is because they actually require enough friction to keep them from falling straight down. The place where there is the most potential energy is at the peaks of the hills, and at the peak of a loop is similar to that because it builds up energy until the one point where it goes down fast. Friction is very rich there because of the energy that is built up on the way up.
In a wind-up toy, mechanical energy is generated when the toy is wound up, but some of this energy is wasted as heat due to friction in the gears and moving parts. Additionally, sound energy is produced as the toy operates, which can also be considered a form of energy loss. Overall, the efficiency of the energy transfer from the winding mechanism to the toy's movement is not 100%, leading to energy wastage in various forms.
Well i think friction and air resistance cause some of the mechanical energy of an object to change to thermal energy so the mechanical energy of the object is not destroyed. Rather, it is transformed into thermal energy. the total amount of energy always stays the same. <3 Tayler