The hill and well analogy explains how charged objects behave. The well represents a place of low energy, and if there are two opposite charges (positive and negative), they want to move toward each other. The hill represents a place of high energy, and if there are two like charges (both positive or both negative), they want to move away from each other. Opposite charges attract, and like charges repel each other.

An electric field is an area around an electric charge (from which it is created) where other charges will feel a force if we put a small positive or negative charge in the field like we did in darts class. They will see the direction of the field

How does it relate to charge?

An electric field is created by a charge, and each charge generates a surrounding electric field. This field affects other charges; for example, a positive charge pushes other positive charges, so the arrows point outward.

What is the "hill and water reservoir" analogy?

The analogy of the hill of water explains how energy is conserved in different systems, the energy is conserved in the lake and when we let the water flow the energy becomes free and can be used. The hill is a place that keeps the energy and the water represents the energy itself

Voltage is a difference in electrical energy between two points and the unit charge. It measures the amount of energy needed to move a charge (such as an electron) from point to point. The higher the voltage, the stronger the flow of electrons.

How does it relate to the potential difference between two points in a field?

It is related to the potential difference between the points in the electric field, in that it measures the amount of energy from point to point. So the higher the voltage, the bigger the potential difference.

How does current behave in a series circuit (constant)?

How is voltage divided in a series circuit?

How does it relate to moving charge?

What does the equation Q = I  t tell you?

How does current behave in a parallel circuit?

How does voltage remain constant in a parallel circuit?

What did you learn through the process?

How does it affect current flow?