Measuring Current and Voltage | Physics with Professor Matt Anderson | M22-10

Measuring Current and Voltage | Physics with Professor Matt Anderson | M22-10

Obviously, you would like to measure voltage and current without affecting the circuit itself. What are the ideal parameters for a voltmeter (which measure voltage) and an ammeter (which measures current, as in amp-meter)? Physics with Professor Matt Anderson

Einstein's Velocity Addition Rule | Physics with Professor Matt Anderson | M29-09
Determining Capacitance for a Given Circuit | Physics with Professor Matt Anderson | M26-10
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
Energy in an Inductor | Physics with Professor Matt Anderson | M24-12
Electromotive Force Example - Plastic Ring | Physics with Professor Matt Anderson | M24-08
The Loudspeaker - an Example of Magnetic Induction | Physics with Professor Matt Anderson | M24-06
The Mass Spectrometer | Physics with Professor Matt Anderson | M23-19
How Many Turns in a Solenoid - Strong Magnetic Field | Physics with Professor Matt Anderson | M23-17
Ampere's Law | Physics with Professor Matt Anderson | M23-13
Tesla Magnetism Units (Not the Car) | Physics with Professor Matt Anderson | M23-04
Magnetic Force and the Right Hand Rule | Physics with Professor Matt Anderson | M23-02
Capacitors in Series | Physics with Professor Matt Anderson | M22-12
Capacitors in Parallel | Physics with Professor Matt Anderson | M22-11
Measuring Current and Voltage | Physics with Professor Matt Anderson | M22-10
Equivalent Resistance | Physics with Professor Matt Anderson | M22-09
Internal Resistance | Physics with Professor Matt Anderson | M22-04
Circuit with Resistors | Physics with Professor Matt Anderson | M22-02
Finding Mass from Electrical Properties of a Wire | Physics with Professor Matt Anderson | M21-14