1, Exercise 3b RLc circuit, data, R-100 ohm, L=8.2mH, C=100uF. Calculate the res
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Question
1, Exercise 3b RLc circuit, data, R-100 ohm, L=8.2mH, C=100uF. Calculate the resonant frequency of the circuit with the formula that you use in the laboratory an d then calculate using that calculated fr xL, xc, z & .1, Exercise 3b RLc circuit, data, R-100 ohm, L=8.2mH, C=100uF. Calculate the resonant frequency of the circuit with the formula that you use in the laboratory an d then calculate using that calculated fr xL, xc, z & .
1, Exercise 3b RLc circuit, data, R-100 ohm, L=8.2mH, C=100uF. Calculate the resonant frequency of the circuit with the formula that you use in the laboratory an d then calculate using that calculated fr xL, xc, z & .
Normal Heading 7 Heading 7 1 Normal Font Paragraph Styles l. Ejercicio#3b Circuito RLC, datos; R 1002, L 8.2mH, C 100pF. Primero calculela frecuencia resonante del circuito con la formula que uso en el laboratorio y después calcule usando esa fr calculada; XL,Xc, Z & 4. r 2TTVLC 2nfr L tan 1 Title
Explanation / Answer
here
fr = 1 / ( 2 * pie * sqrt(L*C))
fr = 1 / (2 * pie * sqrt(8.2 * 10^-3 * 100 * 10^-6) )
fr = 175.75 Hz
then
Xl = 2 * pie * fr * L
Xl = 2 * pie * 175.75 * 8.2 * 10^-3
Xl = 9.05 ohm
then
Xc = 1 / ( 2 * pie * fr * C)
Xc = 1 / ( 2 * pie * 175.75 * 100 * 10^-6 )
Xc = 9.05 ohm
then
the phase difference is = tan^-1( (Xl - Xc) / R)
= tan^-1((9.05 - 9.05) / 100) = 0 deg
the difference is 0 deg
then
Z= sqrt((R^2) + (Xl - Xc)^2)
Z = sqrt( (100^2) + (9.05 - 9.05)^2)
Z = 100 ohm
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