Consider the following RLC circuit

with V=3 Volts, R=25 Ohms, C=0.006 Farad, L=0.085 Henry. Define the frequencies ω± as the frequencies such that the absolute value of the current of the circuit I0(ω) equals 12I0,max.

What is the difference Δω=ω+−ω−? Express your answer in radians/sec.

difference is omega_0/R approx 1107.01

I have 1360 as answer.

Do you have Problem 4: An LRC Circuit

a) and b) please Anonymous?

Got it!

Anyone for Lightly Damped Undriven Circuit (last problem)

a) Express b in term of, if necessary, R, L, C. ?
and
b) ?
I have problems with formula.

Anonymous could you explain the formula? Please

can u please tell the procedure?? we have different values..

Standing wave last part anyone ??

Standing Wave and Traveling Wave all parts please.

travelling wave:

wavelength = 2pi/y-coeff
angular freq= t-coeff
freq= anglr freq/2pi
speed= coeff of t/ coeff of y
amplitude= cos function coeff

Thanks, and for the standing wave??

Any one for 2nd and 4th question all parts??