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How does energy flow in a system Snip shot/screenshot

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How does energy flow in a system Snip shot/screenshot

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This shows how the energy flows because the food cycle. But the girl that is on the bike is loosing energy so its very important that she is gaining energy from food. And she makes the wheel spin so its making mechanical energy and once it gets to the light it get electrical energy and turn the light on with thermal energy, as well as radiant. But the food chain/cycle is very important.

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  Question: Can an Object Transfer more than one Type of Energy?

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  Question: Can an Object Transfer more than one Type of Energy?

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Energy can be transferred from one object to another and can be transformed into different forms, such as light, sound, and heat. An example of it is a campfire its going from wood to ashes. It goes to ashes because slowly over time the heat will burn the wood and go to. ashes. In that example energy can transfer more than one form of energy to another.

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Question: Can Energy be Created or Destroyed?

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Question: Can Energy be Created or Destroyed?

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Energy cannot be created or destroyed. This is because of the law of conservation of energy. The law of conservation of energy states that energy under no circumstances can be created or destroyed. This is proven when energy transfers or transforms. When energy transfers the energy moves from one place to another without gaining or destroying any of its energy  gaining or destroying any of its energy and when energy transforms it only changes forms also without  gaining or destroying any of its energy

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Energy can in fact change forms. This is known as energy transformation. An example of energy changing forms is when electrical energy transfers to thermal energy when heating up a toaster.  Another example is when electrical energy transforms into sound energy when a radio is played. Energy changes in many ways in our day to day lives, even in ways we don't know about

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Light energy or radiant energy is energy that is carried by light. Most of the time light refers to visible light. Visible light is electromagnetic radiation that is seen by human eyes. The reason light energy can be called radiant energy is because all types of electromagnetic radiation has energy. Light energy also aids in the process known as photosynthesis. Photosynthesis is the process of creating glucose with the suns energy. The reason photosynthesis aids this process is because the suns energy is light energy.

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Thermal energy is energy that is associated with temperature . When the atoms in matter start to vibrate faster a object gains more thermal energy and in the process becomes hotter. A hot object inherently has more thermal energy than a cold object. The amount of thermal energy in a object has has to due with the objects temperature and how much matter it has.

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Electrical energy is energy that is being carried by particles that are charged. Charged particles have the ability to build up in an object, this then creates stored electrical energy or static electricity. Charged particles have the ability to move one place to another, which creates current electricity. Current electricity moves on a set path called a circuit. Electrical devices have the capability to harness this energy by hooking up to the circuit

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Energy transformation is when energy changes from one form to another. Energy transformation can be described as the conversion from one form of energy to another. An example of energy transformation is when fuel is burned. Fuel already has chemical energy but when the car engine burns fuel it is converted into mechanical energy. Another example of energy transformation is when windmills turn mechanical energy into electrical energy. When the turbines on the windmill move mechanical energy turns into electrical energy.

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Sound energy is energy that is being carried by soundwaves. Sound waves can be described as longitudinal waves that travel through matter. When a object vibrates sound energy is created. A vibrating object produces sound consequently creating sound energy.

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Chemical energy is energy stored within the bonds between atoms of matter. Chemical energy is used to keep atoms bonded together. The bonds between fuel and food store a great deal of chemical energy. When fuel is burned chemical energy is released due to the bonds breaking and when food is digested chemical energy is also released due to the bonds breaking

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On the bottom of the picture you can see a hammer moving which is mechanical energy

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Mechanical energy is a form of energy that an object has due to its motion or position. Mechanical energy is used to hold or move objects. An example of mechanical energy is a bike moving. The bike has mechanical energy because it is moving.

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The law of conservation of energy is a law that states that energy may not be created or destroyed. It can only change from one form to another. An example of the law of conservation of energy being used is when a loudspeaker plays music. When a loudspeaker plays music electrical energy is converted to sound energy. This is because of the law of conservation of energy. The energy only changed forms, no energy was created or destroyed Another example of the law of conservation of energy is when someone is playing the drums. When a person is playing the drums mechanical energy is being turned into sound energy when the person hits the drums. This is because the law of conservation of energy, the energy is only being transformed. The energy is not created or destroyed.

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An example of energy transferring from one place to another

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Energy has the ability to move from one object to another and one location from another. This is known as a energy transfer. When energy transfers it involves the movement of the same form of energy. An example of energy being transferred is when a pool stick hits a cue ball. The mechanical energy from the pool stick is being transferred to  the cue ball. Another example of energy being transferred is when a radio is playing music. The sound energy is being transferred across the room.

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Energy is the ability to do work, an object that has energy can perform work. Work is when you apply force to move or change something. Another use for energy is to maintain a process or to carry out an action. Examples of energy are mechanical energy, sound energy, light energy, chemical energy, thermal energy, and electrical energy.