Day 23 ->Energy in wires monitor example, Inductance: ActivPhysics, Oscilloscope, solonoid, magnetic field interference, laboratory questions

Energy in wires monitor example

Back of monitor is leg there is a choke

Inductance equations derived and constants used along with it.

Energy I capacitor is i/2 cv'2 is similar to inductor
1/2 Li'2
P=VI
integration of derived energy as shown here derived and shown as LI^2=U which is similar to kinetic energy.

Energy is store every is turned on and it will be changing with change of time

Rc circuit Simulation picture circuit calculating the current

Current is 2 amps answer from V/ohm=>  V=IR I=V/R

Faraday's law of induction. the reason for Faraday's

Website answer Active Physics questions

A fist test square wave and measuring decay of inductor with 150 ohm resistor
Testing wave

Measuring human wave frequency
5 ms per division 3 peaks on screen 10 across 1/18*10'-3 60 hz. Basically picking the ac current

Measure inductor voltage inductor voltage
Setup of the good function generator showing the Vmax and used to find Imax and frequency from the Scilloscope.

Cursor pulse width and cursor pulse rate 8
5.4 ms divide for the value of tau.

These pictures are showing Inductors with time changing current

White board representation of inductor graph from previous Oscilloscope result.

Lastly, a circuit was built containing hooked up to a function generator, a resistor, and an inductor. In addition, a voltmeter was used in order to find the voltage across the resistor and inductor. The equations of uncertainty and answers are shown below for the measurements of inductance