A body with mass in motion possesses kinetic energy. If it is subject to friction, either on a rough surface or through the air, some of this energy will be converted to thermal energy, ie it will heat up. An extreme example of this is the re-entry of space vehicles into the atmosphere. It could also be converted to potential energy, such as when you fire a bullet upwards, it eventually stops rising, partly because of friction but also because it is being pulled back by gravity.
Any kind of energy can be transformed into any other kind of energy. However, there is always a certain amount of unusable energy that can no longer be converted into useful energy. This amount of unusable energy increases over time.
Any kind of energy can be transformed into any other kind of energy. However, there is always a certain amount of unusable energy that can no longer be converted into useful energy. This amount of unusable energy increases over time.
Any kind of energy can be transformed into any other kind of energy. However, there is always a certain amount of unusable energy that can no longer be converted into useful energy. This amount of unusable energy increases over time.
Any kind of energy can be transformed into any other kind of energy. However, there is always a certain amount of unusable energy that can no longer be converted into useful energy. This amount of unusable energy increases over time.
Much mechanical energy transforms to thermal energy in an irreversible process
increasing the entropy of the universe.
i.e., the mechanical energy of cars, airplanes, .. , end up through friction in thermal
energy of the surroundings. Practically all engines transform mechanical energy to thermal energy by the fact that friction can't be avoided.
Any kind of energy can be transformed into any other kind of energy. However, there is always a certain amount of unusable energy that can no longer be converted into useful energy. This amount of unusable energy increases over time.
A dam does not transform mechanical energy from the motion of water into electrical energy. A turbine can convert the kinetic energy of moving water, coming from a dam, a river, or anywhere, into mechanical energy, which a generator then takes to convert that into electrical energy.
A generator changes mechanical energy into electrical energy.
Not after riding a bike, but rather during riding a bike. Your muscles convert chemical energy (a form of potential energy) into mechanical energy to do work.
MR. CENT Mechanical, Radiation, Chemical, Electric, Nuclear, Thermal
From chemical energy to mechanical energy and heat energy.
Mechanical energy
A dam does not transform mechanical energy from the motion of water into electrical energy. A turbine can convert the kinetic energy of moving water, coming from a dam, a river, or anywhere, into mechanical energy, which a generator then takes to convert that into electrical energy.
A generator changes mechanical energy into electrical energy.
hook an electric motor to the axle
The generators transfer mechanical energy into very useful electrical energy.
It doesn't. It converts electrical energy to mechanical energy. Electricity drives the rotor which has inclined blades these move the air.
hook an electric motor to the axle
You can transform thermal energy to electrical energy in a power plant, chemical energy to mechanical energy in an internal combustion engine, or nuclear energy into thermal energy in a nuclear reactor. These are just three examples.
Generator can transform mechanical energy into electrical energy by converting the rotational motion of its turbine into electrical current through electromagnetic induction.
Not after riding a bike, but rather during riding a bike. Your muscles convert chemical energy (a form of potential energy) into mechanical energy to do work.
v belt
You turn mechanical energy into thermal energy.