| We use Python to program a 3D graph where we can visually see the direction the electric field is going from the point charge. |
| This is a prediction of how we expect the VPython code to look up when it runs. Our prediction was wrong. |
| This is the calculations to find the X and Y component of an electric field. |
| We use Microsoft Excel to calculate the electric fields given the k, q, and the radius. |
| We used line integrals to calculate electric field across a line. |
| This is a list of descriptions of electric fields. |
| This picture shows the steps needed to be taken in VPython to make a graph that looks like the one we drew on the whiteboard. |
| We use Microsoft Excel to calculate the electric field in the X and Y axes. Since the point charge was at the center, the sum of the magnitude is 0. |
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