Ohm's Law for AC Circuits - Reactance | Physics with Professor Matt Anderson | M26-03

Ohm's Law for AC Circuits - Reactance | Physics with Professor Matt Anderson | M26-03

Introduces you to the concept of reactance. It's kind of in the name: something that reacts to something else. In this case, the inductor reacts to the change in current. Physics with Professor Matt Anderson

Determining Capacitance for a Given Circuit | Physics with Professor Matt Anderson | M26-10

Resonance in LRC Circuits | Physics with Professor Matt Anderson | M26-09

Impedance in LRC Circuits | Physics with Professor Matt Anderson | M26-08

How Does Reactance Depend on Frequency? | Physics with Professor Matt Anderson | M26-04

Ohm's Law for AC Circuits - Reactance | Physics with Professor Matt Anderson | M26-03

AC Circuits Behavior - Inductor and Resistor | Physics with Professor Matt Anderson | M26-02

Introduction to Alternating-Current (AC) Circuits | Physics with Professor Matt Anderson | M26-01

Complex Circuit Example | Physics with Professor Matt Anderson | M22-14

RC Circuits | Physics with Professor Matt Anderson | M22-13

Capacitors in Series | Physics with Professor Matt Anderson | M22-12

Circuit with Given Resistor Values | Physics with Professor Matt Anderson | M22-05

DC Circuits | Physics with Professor Matt Anderson | M22-01

Elements in a Circuit - V, R, C, L | Physics with Professor Matt Anderson | M21-11

Direct Current vs Alternating Current | Physics with Professor Matt Anderson | M21-06

Electric Circuits | Physics with Professor Matt Anderson | M21-01

Capacitor Circuit Example

Resistors and Capacitors Short

Magnetic Induction

Electric Circuits

Electric Circuits 2