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Determine the potentiometer setting that will provide a circuit current of 50mA in the figure with the phase angle equation = tan-¹ (✗4) transpose this equation to provide an equation for R. Vs 10Vrms 100Hz 0.038 LI 3100m R 5000 50 Key-A

Determine the potentiometer setting that will provide a circuit current of 50mA in the figure with the phase angle equation = tan-¹ (✗4) transpose this equation to provide an equation for R. Vs 10Vrms 100Hz 0.038 LI 3100m R 5000 50 Key-A

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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(series impendence formulas XL=VL/IL, R= VR/I, Zt=sqrtXL^2+R^2 and phase angle equation)

I don't understand it is asking me to transpose the formula to make and equation to solve for R needed to produce 50mA. I need to produce an equation that will cause my reading to show 50mA or .05A. I just don't know how to transpose the equation to help solve for what the potentiometer resistor needs to be adjusted to. using the oscilloscope  it need to adjust to 360 ohms.

Determine the potentiometer setting that will provide a circuit current of 50mA in the figure with the phase angle equation = tan-¹ (✗4) transpose this equation to provide an equation for R. Vs 10Vrms 100Hz 0.038 LI 3100m R 5000 50 Key-A
Transcribed Image Text:Determine the potentiometer setting that will provide a circuit current of 50mA in the figure with the phase angle equation = tan-¹ (✗4) transpose this equation to provide an equation for R. Vs 10Vrms 100Hz 0.038 LI 3100m R 5000 50 Key-A
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