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It is converted into thermal energy, or heat.
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Friction in a machine can reduce the mechanical energy produced by increasing the amount of energy lost as heat. Friction between moving parts causes resistance, which converts some of the mechanical energy into thermal energy. Minimizing friction through lubrication and proper maintenance can help increase the efficiency of a machine and maximize the amount of mechanical energy it produces.
It is converted into thermal energy, or heat.
true
false apex
False
Friction in a machine can reduce the mechanical energy produced by increasing the amount of energy lost as heat. Friction between moving parts causes resistance, which converts some of the mechanical energy into thermal energy. Minimizing friction through lubrication and proper maintenance can help increase the efficiency of a machine and maximize the amount of mechanical energy it produces.
Nope. One of the strongest pillars of Physics is the fact that energy is never destroyed. Energy lost to friction is no longer available to do the job that you happen to need it for, but it's still there, and it shows up as heat.
No. In free fall, where mechanical energy is conserved, the falling object would go faster and faster. In this case, to fall at a constant speed, mechanical energy is lost, due to friction.
Conservation of mechanical energy means that the total mechanical energy doesn't increase or decrease over time.Note that in real systems, some mechanical will always be lost due to friction.
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 energy
That simply means that some energy is lost, due to friction and other causes.
Because, due to friction, there will always be a percentage of the energy lost through wasted heat.