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Schematic drawing of our circuit

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The potential difference is measured in volts and the symbol is V. To find potential difference PD= energy(joules) divided by charge (coulombs)

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The electric current is measured amperes. To find Electric current I= Q divided by T. I= current in amperes T= time in seconds Q= charge in coulombs

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The resistances of a current is measured in the unit of ohms. To find resistance you use ohms law which is R= Volts divided by Amps.

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Pros and cons of wind energy

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AWEA Wind Power 101: Environmental Benefits

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This is our parallel circuit (Current Electricity)

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This is our parallel circuit (Current Electricity)

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In this circuit the electrons are flowing from the batteries into the green connecting wires to the switches into another green connecting wire which connects to the light once they travel through the light they complete the circuit by traveling back to the battery. Since this is a parallel circuit it does this once on each side so if one side of the circuit stops working the other side wouldn't.

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We learned from this that things farther apart on the electrostatic scale creates the most static energy and are the most likely to move the pop can the farthest with out touching this is called induction.