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Explore the following three scenarios with the simulation.
6. Explore the following three scenarios with the simulation. Build the charge configurations, observe the E-field arrow patterns, and move the voltage probe box around to gauge how potential changes at various points. Use the "pencil" tool to plot equipotential surfaces every 10V or so (it doesn't have to be exact, but you should be consistent):
o Scenario 3: A negative and positive charge, placed apart on a horizontal line.
o Scenario 4: Two positive charges placed apart on a horizontal line.
o Scenario 5: A horizontal line of 20 positive charges.
Question to answer: from your observations, how can you describe how the E-field relates to voltage? How does it depend on the quantities, types, and positions of charges you have? Describe the distribution of equipotential surfaces and how they relate to the electric field. Is there anything universal about how E and V relate?
7. Now build two long rows of opposite charges, like this (try to have the same number of charges, top and bottom):
o Plot equipotential surfaces between the rows of charge (make sure you plot a consistent interval in V). What do you notice about the equipotential surfaces, between the charges?
