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Derivation of Work formula for electric force |
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Flux of a particle |
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Direction of flux |
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Flux of an enclosed sufrace |
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Charged a balloon with different objects and then see if the balloon sticks to a uncharged object. |
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We used strips of Scotch tape to see how the strips with the same charge and with opposite charges reacted. |
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Here we derived an equation for the Force of a ball hanging from a string with an angle theta. |
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This is our graph that we fit manually. |
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Calculations of electrical force of opposite charged particles. |
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This is a graph of a cup of water being heated at a constant temperature. The graph shows how the rate decreases as it approaches boiling point. |
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These are calculations used to find the mass of an object that was heated. |
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Calculations used to find the final temperature. We had to use the heat capacity of water as a solid, heat of fusion, and heat capacity of water as a liquid. |