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Electric energy to mechanical energy, along with some to heat and sound.
Energy is NEVER lost in an energy chain. It is simply converted into a different source of energy or matter. For example, in swing, a person would get on, and use mechanical energy to power it so it can move. What people don't realize is that on the top, the metal chains that hold the swing together also moves along with the swing. Up there, the mechanical energy that moves the chains a little, and friction starts to occur. But that's not it. Instead of helping with the movement below, frictional force above the swing causes energy to be somehow "lost" in the trail. That's not true at all. The energy "lost" is converted into heat in the process.
First changes into magnetic energy that leads to mechanical energy along with some heat energy
The law of conservation of energy states that the total energy in the universe is a constant and will remain so for example ( x=y+z ). conservation of energy has to do with reducing the amount of energy used through reduced activity and/or increased efficiency in the performance of a particular task.
you can convert sound energy into mechanical energy by yelling into an empty plastic water jug. You will feel the walls of the container vibrating because of the sound waves hitting the walls of the jug. The walls vibrating are mechanical energy given to it by the sound energy. Sound energy is just an air wave. when the air waves run into something that vibrates along with it, the vibration of the thing is mechanical energy
Usually thermal energy. This is true for all types of heat engines, ie gasoline or diesel engines, gas turbines, steam turbines, and so on. If you are talking about mechanical work like a system of levers, or pushing a weight along a surface, friction will be the cause of energy loss and this again will show as thermal energy loss (heat is produced at the points of friction)
Electric energy to mechanical energy, along with some to heat and sound.
Energy is NEVER lost in an energy chain. It is simply converted into a different source of energy or matter. For example, in swing, a person would get on, and use mechanical energy to power it so it can move. What people don't realize is that on the top, the metal chains that hold the swing together also moves along with the swing. Up there, the mechanical energy that moves the chains a little, and friction starts to occur. But that's not it. Instead of helping with the movement below, frictional force above the swing causes energy to be somehow "lost" in the trail. That's not true at all. The energy "lost" is converted into heat in the process.
a long wedge has a greater mechanical energy then a short wide wedge.
First changes into magnetic energy that leads to mechanical energy along with some heat energy
The law of conservation of energy states that the total energy in the universe is a constant and will remain so for example ( x=y+z ). conservation of energy has to do with reducing the amount of energy used through reduced activity and/or increased efficiency in the performance of a particular task.
Well... waves on springs are caused by mechanical energy. You can't, for example, sent radio waves along a spring and see them. So answer: mechanical waves.
you can convert sound energy into mechanical energy by yelling into an empty plastic water jug. You will feel the walls of the container vibrating because of the sound waves hitting the walls of the jug. The walls vibrating are mechanical energy given to it by the sound energy. Sound energy is just an air wave. when the air waves run into something that vibrates along with it, the vibration of the thing is mechanical energy
The light energy from the sun changes into chemical energy (Sugar) which the plant feeds off along with water.
Yes - mechanical energy to scrape the match along the side of the box, and then chemical energy to feed the flame.
Water is used in hydroelectric energy production. The mechanical energy of moving water is transferred by a rotating turbine to a generator, where it is converted to electric energy and conveyed along transmission lines.
Radiant energy is energy 'in motion', 'in transit', much like 'heat' and 'work'. The energy that comes from the sun, does it as radiant energy. That energy can be stored as energy, but is 'radiant energy' no more. Solar water heaters capture the 'thermal radiation' coming from the sun and store it as thermal energy in water. The water molecules increase their translation, vibration and rotation energies which are components of what's referred as 'thermal energy ' of a body. The hotter the water gets (higher temperature), the more thermal energy it holds.