Resistors and Capacitors

Mr. Anderson explains the essentials of resistors and capacitors in circuits, using a water flow analogy to illustrate how circuits work. He discusses the characteristics of good resistors and capacitors, focusing on material and geometry. Practical examples and simulations demonstrate how resistors and capacitors affect current and voltage in circuits. The video also covers calculations for current using Ohm's law and charge on capacitors, emphasizing the relationships between resistance, capacitance, and circuit performance.

What is the primary function of a resistor in a circuit?

Explain how a capacitor stores energy in a circuit.

Describe the analogy used to explain how a circuit works.

What factors determine the resistance of a resistor?

How does the geometry of a capacitor affect its capacitance?

What is Ohm's law and how is it applied to measure current through a resistor?

Discuss the relationship between voltage, capacitance, and charge in a capacitor.