Magnetism

The magnitude of the force is between the velocity and the magnetic field. This implies that the magnetic force on a stationary charge or a charge moving parallel to the magnetic field is zero.

This lesson will take a look at a circuit and go through a step by step process of how to find the voltage and the charge stored in each capacitor. This diagram will show an example with parallel capacitors and the lesson will give an in depth explanation of how and what to do to solve.

This lesson will explain how to solve for voltage, current, resistance and power in a combination circuit. The definition of a combination circuit will explained and equivalent and total resistance. A diagram will be used to better explain this concept.

This lesson will look at an example problem with given information and explain how to solve for the voltage and charge on each capacitor. This lesson will take an in depth look at diagrams and use a step by step process to better explain the concept.

This lesson will go through examples and explain how to compare the brightness of light bulbs. This lesson will give a step by step in-depth explanation of the concept by looking at graphs and diagrams to derive formulas to solve.

This lesson will study and explain how to find the equivalent resistance in the given problems. This lesson will give a step by step in-depth explanation of the concept by looking at graphs and diagrams to derive formulas to solve.

Magnetic Force on a Current Carrying Wire and Second Right Hand Rule. The second right-hand rule is used to find the direction of the field produced by an electromagnet

This lesson will explain how motors and generators work. The importance of generators and motors to everyday things we use and the relation to magnetism will be explained. This lesson will use different examples and diagrams to take a step by step look at the process of setting up equations to gain a better understanding of the concept.

This lesson will explain how a uniform electric electric field uses voltage to accelerate a charge. The way to draw a battery in a circuit diagram will be shown and explained. This lesson will give a step by step in-depth explanation of the concept by looking at graphs and diagrams to derive formulas to solve.