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A form of energy that results from the movement of machine parts?
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∙ 11y ago
Mechanical
Wiki User
∙ 11y ago
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What is a form of energy that results from the movement of machine parts?
Mechanical energy.
What is a form of energy that results from movement of machine parts?
Mechanical energy.
A form of energy that results from the movment of machine parts?
Machine parts generate heat, light, and sound as a result of the friction involved in their movement. These energy sinks can be reduced, but never eliminated, by use of superior materials and lubricants.
What are disadvantages of heat produced by friction in machines?
energy used for the machine will get lost as heat .machine parts will get worn out.
Why machine parts oil occasionally?
to reduce the energy loss due to frictional force.
What are the the parts of polygraph machine?
parts of a polygraph machine
Why is a car not a simple machine?
A car is not a simple machine because it has hundreds of moving parts, including dozens of forms of simpler machines. Also, a simple machine converts only mechanical energy (kinetic energy) while a full-size car is powered either chemically or electrically.
What are the functions done by various parts of the carding machine?
parts of carding machine
Is a simple machine a vending machine?
No,because it has moving parts in it and a simple machine dose not have any moving parts
Are Kenmore sewing machine parts compatible with gun parts?
No, Kenmore sewing machine parts, or any other brand of sewing machine parts, are NOT compatible with gun parts. Sewing machine parts and gun parts must serve entirely different functions and withstand totally different sorts of stress.
What causes machines to stop work?
Friction, or rather, the dissipation of energy into heat causes machines to stop work. As you know, the law of conservation of energy says that the intrinsic energy of the universe (or in a system such as a machine) is always preserved. It doesn't matter what form that energy is in-- whether it be mechanical, potential, kinetic, or frictional (also called heat energy); mathematically, the Joules of energy in a system after some function has been done must always equal the same Joules of energy it started with. And also as you know, everything in real life experiences friction. Friction (as defined by answers.com) is "a force that resists the relative motion or tendency to such motion of two bodies in contact". A machine contains parts that all move and do work on one another (thereby transferring mechanical energy), so therefore it follows that while these individual parts are in contact and moving, there will be friction. This resistance to movement lowers the overall mechanical system (since the velocity of each part is lowered). But where does that mechanical energy go? The answer is it turns into heat caused by friction caused by the parts of the machine moving against one another. This explanation is the reason why a perpetual motion machine will never work.
Why is the amount of work that comes out a little less than the force needed to make a machine work?
Because some of the energy (work) is converted to heat as the parts of the machine rub against each other.
