Six capacitors of capacity C1= 50 nF, C2= 50 nF, C3= 50 nF, C4 = 50 nF, C5 = 100 nF, C6= 100 nF is connected according to the diagram in Figure 5 and connected to the voltage U = 150 V. Calculation of the capacitor charge value of the parallel combination of four capacitors and the voltage U1 to that parallel. Determine the accumulated energy of each individual capacitor (scheme in Figure 5.) and the total accumulated energy. I can't get correct solution, I will put them in the picture.
Six capacitors of capacity C1= 50 nF, C2= 50 nF, C3= 50 nF, C4 = 50 nF, C5 = 100 nF, C6= 100 nF is connected according to the diagram in Figure 5 and connected to the voltage U = 150 V. Calculation of the capacitor charge value of the parallel combination of four capacitors and the voltage U1 to that parallel. Determine the accumulated energy of each individual capacitor (scheme in Figure 5.) and the total accumulated energy. I can't get correct solution, I will put them in the picture.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Six capacitors of capacity C1= 50 nF, C2= 50 nF, C3= 50 nF, C4 = 50 nF, C5 = 100 nF, C6= 100 nF is connected according to the diagram in Figure 5 and connected to the voltage U = 150 V. Calculation of the capacitor charge value of the parallel combination of four capacitors and the voltage U1 to that parallel. Determine the accumulated energy of each individual capacitor (scheme in Figure 5.) and the total accumulated energy. I can't get correct solution, I will put them in the picture.
Transcribed Image Text:C2
네요 112
1C3
1C4
수
C5
soll
Co
ㅏ
U
Transcribed Image Text:U = 60 V, Q=3 μC;
A₁ = A2 = A3 = A4 = 22.5 µJ, A5= 180 µJ, A6= 405 µJ, A = 675 µJ;
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