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I) Capacitance Measurements Voltage (V) Time (s) 2V 3 4 C₁ ₁ = Q=I-t (mC) 21.61s 43.22 + 51.50 average ↑ ) I 32.72 98.16 32.72 206 mF C₁ (MF) _mF 21.61 C Voltage (V) 2 3 51.50 4 + V Q = I-t (mC) 90.3 77.80 233.4 Time (s) C₂ 45.15 170.35 681.4 average = OC2 = ― C₂ (mF) 45.15 77.80 170.35 mF mF

I) Capacitance Measurements Voltage (V) Time (s) 2V 3 4 C₁ ₁ = Q=I-t (mC) 21.61s 43.22 + 51.50 average ↑ ) I 32.72 98.16 32.72 206 mF C₁ (MF) _mF 21.61 C Voltage (V) 2 3 51.50 4 + V Q = I-t (mC) 90.3 77.80 233.4 Time (s) C₂ 45.15 170.35 681.4 average = OC2 = ― C₂ (mF) 45.15 77.80 170.35 mF mF

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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I) Capacitance Measurements Voltage (V) Time (s) 2V 3 4 001 = 32.72 C₁ average 51.50 + 21.61s 43.22 ↑ I Q=I-t (mC) mF C₁ (MF) 98.16 32.72 206 mF 21.61 C Voltage (V) 2 3 51.50 4 + Time (s) 45.15 Q = I.t (mC) 90.3 C₂ average C₂ (MF) 77.80 233.4 77.80 OC2 = 45.15 170.35 681.4 170.35 mF mF
Transcribed Image Text:I) Capacitance Measurements Voltage (V) Time (s) 2V 3 4 001 = 32.72 C₁ average 51.50 + 21.61s 43.22 ↑ I Q=I-t (mC) mF C₁ (MF) 98.16 32.72 206 mF 21.61 C Voltage (V) 2 3 51.50 4 + Time (s) 45.15 Q = I.t (mC) 90.3 C₂ average C₂ (MF) 77.80 233.4 77.80 OC2 = 45.15 170.35 681.4 170.35 mF mF
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