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

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

Now it gets a bit more complicated. Let's put multiple capacitors into our circuit in series. These don't add up the same as resistors, so be careful. Physics with Professor Matt Anderson

Falling Box with Pulley | Physics with Professor Matt Anderson | M12-23
Accelerating a Proton Relativistically | Physics with Professor Matt Anderson | M29-08
Thin Lens and Image Formation | Physics with Professor Matt Anderson | M27-13
Corner Cube Reflector | Physics with Professor Matt Anderson | M27-06
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
Capacitor and Inductor in High Frequency or Low Freq | Physics with Professor Matt Anderson | M26-07
What Frequency for a Given Capacitor Reactance? | Physics with Professor Matt Anderson | M26-06
Reactance of a Capacitor | Physics with Professor Matt Anderson | M26-05
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
Electromagnetic Energy | Physics with Professor Matt Anderson | M25-06
The Electromagnetic Spectrum | Physics with Professor Matt Anderson | M25-04
Make Your Own Smartphone Radio Station | Physics with Professor Matt Anderson | M24-16
Transformers - A Common Way to Change Voltage | Physics with Professor Matt Anderson | M24-13
Energy in an Inductor | Physics with Professor Matt Anderson | M24-12
Magnetic Fields and Work | Physics with Professor Matt Anderson | M23-18