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Energy flows in a system through energy transfer and energy transformation. Both these things can get the energy to move from one object/place/form to another. In this photo, the energy flows through the girl, into the generator, and into the water container.

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Can an object transfer more than one type of energy?

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Can an object transfer more than one type of energy?

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Yes, an object can transfer more than one type of energy. An example of this is a campfire. The flame will give off two different kinds of energy. One being thermal energy, and the other being light energy.

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Nope, energy can not be created, nor destroyed. If this were to happen, it would break the Law of Conservation of Energy, which is a law impossible to break. There are many laws like this, such as the Law of Conservation of mass or matter. All in all, these laws cannot break. Energy can't simply disappear or appear all on its own.

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YES! Energy can in fact change. It may go shift to different forms of energy, or pass through multiple objects. These two ways of change are known as energy transformation, and energy transfer.

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Not to be confused with energy transfer, energy transformation is energy that goes from one form to another. For example, when someone rides a bike, the chemical energy in their body allowing them to pedal and steer transforms into mechanical energy when it passes to the bike that they are riding.

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Energy is the ability to do work. An object that contains energy has the ability to move and do work. Work is applying the force to move an object, or change it. Energy can be used to carry out an action.

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Energy Transfer is energy that can travel from one object to another, and it can also travel from place to place. Energy transfer involves the movement of energy. For example,

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A pink gavel to confirm The Law of Conservation of Energy :)

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The Law of Conservation of Energy states, "Energy cannot be created or destroyed...but it can change forms". The ways energy can change are through energy transfer, or energy transformation. The person who was able to state this law was Julius Mayer in 1842.

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Powerlines give off electromagnetic fields to power our devices.

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Electrical energy is energy carried by charged particles. Electrical energy is commonly known as electricity. There are many things around us that include Electrical energy, and many types of electrical energy too. Electrical energy can be found many things, from light switches to power lines.

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Thermal energy is energy having to do with temperature. A hot object will have more thermal energy than a cold one. The amount of thermal energy in a substance will have to do with the temprature, but also with the amount of mass it takes up. Thermal energy can come from people as waste energy when we use our muscles or do much physical activity. An example of thermal energy is a tea kettle. The heat from a stove will make thermal energy to heat up the water inside.

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A delectable strawberry smoothie would be great to give you energy.

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Chemical energy is used to keep atoms bonded together. Fun fact: Food is considered chemical energy! This is because when a person digests food, the bonds between the atoms break, and then chemical energy is released. The bonds between atoms are full of chemical energy. Any type of food that can be digested will eventually make chemical energy.

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Sound energy are longitudinal waves that travel through matter (solid, liquid or gas). Sound energy is created when an object vibrates. A vibrating object produces sound, and thus, sound energy. Sound energy is very important and can be changed a lot, since sound waves are in way more objects than we may think.

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A beautiful sunset reflects light on the water.

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Radiant Energy might also be known as Light Energy. Light Energy is energy carried by light. Visible light, (the light we see) is electromagnetic radiation. There are many types of electromagnetic radiations including radio waves, infrared, UV light, and X-rays. These all have radiant energy. For example, the sun radiates light energy, as well as thermal energy.

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Intricate, complicated mechanics make up this device.

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Mechanical Energy has to do with the position or motion of an object. This energy is used to move or even hold objects. Many things in our world have mechanical energy, and this is often because of gravity. One example of mechanical energy is any type of electric motor. Cars include plenty of mechanical energy.