wait for it...
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| This is a curve of a sinusoidal charge over time. The second graph is for the change in charge over time or the current. It also contains basic computations from angular velocity to frequency and to period. |
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| These are basic conversions from kinetic energy and potential energy and the computational conversion from work. Using Power = Current multiplied by voltage. Also a conversion from current to charge using an integral. |
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| This is a graph of a given current and then its derivative and then the change in energy. |
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| These are just outcomes to different types of circuits in which the resistance is massive and when the resistance is negligible. Creating an open circuit and a closed or short circuit. |
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| This is a graph of current and then the graph of voltage running through a diode. The energy is computed by integrating the power over time. |
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| This is a basic circuit conversion. Given the voltages and the currents, the power is calculated in each component and then the voltage amount is constant so it can be computed. |
