(2 of 2) Electricity and Magnetism - Review of All Topics - AP Physics C

The video tutorial covers various physics concepts related to electricity and magnetism. It begins with the correct placement of voltmeters in circuits and the importance of resistance. It then delves into magnetic forces, the right hand rule, and torque on loops in magnetic fields. The Biot-Savart Law and solenoid fields are explained, followed by magnetic forces between parallel wires. Gauss's Law and magnetic flux are discussed, along with Faraday's and Lenz's Laws. The tutorial also covers motional EMF, inductance, RL circuits, and energy storage, concluding with LC circuits and simple harmonic motion.

Explain why a voltmeter needs to be connected in parallel to measure electric potential difference.

What is the significance of the magnetic force being equal to QV cross B?

Describe the right-hand rule and how it is used to determine the direction of the magnetic force on a moving charge.

How does the magnetic field inside an ideal solenoid relate to the number of loops and the current?

Explain Faraday's law and how it relates to induced EMF.

What is Lenz's law and how does it apply to changing magnetic fields?

Describe the relationship between inductance and the change in current in an RL circuit.

What is the formula for the energy stored in an inductor?

How does energy transfer occur between the capacitor and inductor in an LC circuit?

Explain the concept of simple harmonic motion in the context of an LC circuit.