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ET115 Grantham Week 4 Fundamental Properties Of AC Circuits

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Week 4 Midterm Fundamental Properties of AC Circuits/Lab Midterm Show work for full credit. Include MultiSIM screenshots where indicated. 1. For the circuit below, solve for the following: a. RT RT = R1+R2+R3 RT=2.0kΩ+1.0kΩ+6.0kΩ RT= 9.0kΩ b. IT (pk), IT (p-p), IT (rms), IT (avg) IT (pk) = IT (rms)*(sqtroot 2) IT (pk) = .0133A*(sqtroot 2) IT (pk) = 0.018806A(pk) IT (p-p) = 2* IT (pk) IT (p-p) = 2 * 0.018806 A(pk) IT (p-p) = 0.037612 A(p-p) IT (rms) = Vrms/RT IT (rms) = 120Vrms/ 9kΩ IT (rms) = .0133A(rms) IT (avg) = .636 *IT (pk) IT (avg) = .636 *0.018806A(pk) IT (avg) = 0.01196A(avg) c. Voltage drops across all individual resistors 1. VR1 (pk), VR1 (p-p), VR1 (rms), VR1 (avg) VR1 (pk) = R1/(R1+R2+R3)*120 VR1 (pk) = 2/(2+1+ 6) x120= 2/9 x 120 VR1 (pk) = 26.66v(pk) VR1 (p-p) = 2* VR1 (pk) VR1 (p-p) =2 *26.66v VR1 (p-p) =53.33v(p-p) VR1 (rms) = VR1 (pk)/sqrt2 VR1 (rms) =26.66/sqrt2 VR1 (rms) = 5.16v(rms) VR1 (avg) = VR1 (p-p)/pi VR1 (avg) =53.33/pi VR1 (avg) = 167.54v(avg) 2. VR2 (pk), VR2 (p-p), VR2 (rms), VR2 (avg) VR2 (pk) = R2/(R1+R2+R3)*120 VR2 (pk) = 1/(2+1+ 6) x120= 1/9 x 120 VR2 (pk) = 13.33v(pk) VR2 (p-p) = 2* VR1 (pk) VR2 (p-p) =2 *13.33v VR2 (p-p) = 26.66v(p-p) VR2 (rms) = VR1 (pk)/sqrt2 VR2 (rms) =13.33/sqrt2 VR2 (rms) = 3.65v(rms) VR2 (avg) = VR1 (p-p)/pi VR2 (avg) =26.66v/pi VR2 (avg) = 8.48v(avg) 3. VR3 (pk), VR3 (p-p), VR3(rms), VR3 (avg) VR3 (pk) = R3/(R1+R2+R3)*120 VR3 (pk) = 6/(2+1+ 6) x7.07= 6/9 x 120 VR3 (pk) = 80v(pk) VR3 (p-p) = 2* ...
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