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This fan gets its original source from a battery. The battery is a fossil fuels. When the red wire is closed and completes the circuit it transfers the energy to turn the fan. The fan starts with a chemical energy because of the batteries, then it becomes a kinetic energy by the motion the fan has. If you cut the circuit the fan will stop because theres no energy being transferred from the battery.

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The different types of energy that are present are elastic and kinetic and then eventually the energy dissipates and the toy stops moving. the toy is powered by a work force of energy.

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In the soy candle (on the left) the original source of energy is biomass and turns from chemical energy to thermal and radiant energy. In the methanol candle (on the right) the original source of energy is a fossil fuel and changes from chemical energy to thermal and radiant energy. There is also a difference in the amount of radiant energy as well as thermal energy emitted from the candles.The soy candle emits more radiant energy and less thermal energy then the methanol candle which emits less radiant and more thermal energy then the soy candle.

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The battery car gets its source of energy from its battery. The battery is a fossil fuel. Fossil fuels are non-renewable sources of energy. When the battery is turned on, it sends electrical energy. Then, the car responds and moves, which is a form of kinetic energy. Both energy forms happen at the same time until the energy source stops giving energy, which is when the battery car is turned off.

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Glow Sticks:
Because of all that's in the glow sticks, with all that makes them actually glow, they started out with the form chemical energy. Then, it turns into radiant energy, because once you snap whatever it is that's inside they start to glow. And eventually, it will turn into dissipated energy, so the energy is still there just kind of not in use. Also, as to what the original source of energy is, I'm not sure, seeing as I don't really know exactly what's inside.

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The original source of energy is work from a person, they got the energy from chemicals in their body from what they ate, which was either grown or something that ate grown things that used solar energy. The person lifts the spheres into the air where they have potential energy. The person then uses work to slam the two spheres together creating a kinetic energy as it moves. When they hit the force is put on each other creating sound waves that move around the room till it dissipates. They also warm up because of the friction of the two objects touching creating thermal energy that dissipates into the air quickly and can be seen on the paper as the burn marks.

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In this picture, the lamp light represents the sun. From the sun, solar power is the original source in this mechanism. The sun's solar energy is directed to the solar panel, which acts as an electric source of energy for the light at the end. The cords are the ones that sends the electric energy from the panel to the light, thus causing the light to emit radiant energy.

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This Sparkler was started by pulling the handle and pushing it in, using the energy source of Work. The the circular object then started to spin, changing the Work energy into Kinetic energy. The Work energy also changed into thermal energy and radiant energy in the form of sparks. It finally created sound energy by spinning around. After the Work energy was removed, the sparks and therefore thermal and radiant energy stopped. The Kinetic energy continues for about 2 seconds before dissipating.

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You use work to get the sparker to spin and produce sparks. There is also radiant form of energy because as you push, The sparks produce a red and blue light. This is known as a kinetic energy because you are using motion.

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The turbine goes from Potential energy to kinetic energy when it is blown by the wind. It makes sound energy and when it stops the energy dissipates. This turbine is powered by a source of wind energy.

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The original source of the colliding sphere is Work because it requires a work source in order for the sphere to heat up the paper. The two forms you see in this experiment is Kinetic and also dissipated because the heat eventually dies off so it dissipated.

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The energy forms occurring in the wind turbine are kinetic energy to electrical energy to sound energy to dissipated energy. Kinetic energy occurs when the turbine starts moving from the wind. When the turbine is moving, electricity moves through the wires and creates a sound which is sound energy. When the turbine stops moving it is dissipated energy. The original source of energy is wind energy because the turbine uses wind to move and create sound.

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With this circuit, the batteries get their chemical energy from fossil fuels found in the earth. This chemical energy becomes electric energy when the metal conductors touch. The conductors transfer the electricity and the fan turns on, creating kinetic energy.

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Glow-sticks start in a form of chemical energy and, when activated, they create radiant energy, or light energy. To activate the chemical reaction work must be exerted. The work adds energy to the chemicals which creates the radiant energy. Glow-sticks are made of a chemical called dibutyl phthalate and a mixture of hydrogen peroxide in phthalic ester. These chemicals cause a glow when the glow-stick is 'cracked.'

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The original energy in this station is Chemical due to the fact that the object takes batteries. So it takes the electricity from the batteries to power the object so it can light up and make sound. The types of energy that are displayed from the object when energy from the battery is given to it, is sound energy and Radiant Light energy. Although the types of energy are show at the same time. Sound energy and Radiant light energy are shown by the object right after it is given chemical energy from the battery. But in order for any of this to work, you have to shake the object or give it "work".

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The forms of energy for the sparkers are mechanical to kinetic to Radiant to Sound to Thermal energy. The original source of energy would be work because you have to put in some kind of effort for the sparker to get going. When you use the sparker, you create an actual spark which produces light. While the spark is being produced, the sparker makes a noise which is sound. All sparks contain some kind of heat, so it is producing thermal energy.

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Two large metal spheres, in which they will collide into each other, using work inputted by us, with a piece of paper in between. When the metal balls collide, they will create a burst of energy that will burn through the paper, providing a small hole where the balls smash together. Using context clues and information gathered from the collision, we can assume the order of the energy forms. At first when the spheres collide, kinetic energy. Then, when the work brings them together, the collision creates thermal energy, making the burned holes we see in the paper. Then, the thermal energy and kinetic energy dissipate, leaving only the holes behind.

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Chemical energy is already in the glow stick then you do work to the glow stick. When hydrogen peroxide and phthalic ester combine it creates light energy. The glow stick can can glow from an hour to several hours or a day after the chemicals have been combine. When the light goes out that means it is dissipated energy. I took a picture of the glow stick when it was still producing the radiant/light energy, and the second is when the energy is dissipating.

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Upload a photo of your favorite station. Discuss the energy forms that you observed in sequential order. If you can identify the original energy source, post that, too.