Day 26

* establishing the reactance of inductors, capacitors, and resistors. Also combining these to form a general reactance equation for a RLC series circuit. then just for a RC circuit.

 The same equation except instead of Vrms, Vmax is substituted.

what would happen if the frequency was doubled. As R approaches zero the Irms doubles when it approaches infinite, it doesn't change.

Irms values with given R,q,C, and V max values

The table set up with practical values for measuring

our data. The stat function displays the V and Rmax values in the form of amplitude.

Final data w/ work

close up on the statistics displayed

our phase change values when the frequency was at 10 and 100Hz.

The work of another group getting the answer in degrees

Us getting matching answers using this equation.

explanation of phase shift and resonant frequency using phasors.

A new circuit. The previous circuit only had a capacitor and a resistor.

The resonant frequency for our circuit. and a picture of our circuit.

Today we learned about how Capacitors, Inductors, and resistors affect AC circuits seperately.