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can someone please help me to solve this entire problem. I know its long but i have no idea how to do it. thank you
Problem 24.53 ③ 21 of 24 In the figure (Figure 1). C =C -8.8 F C4 - 4.4uF. The applied potential is V $ Part Constants > What
In the figure (Figure 1). C-C-8.8 AF and C-C =C4 = 4.4 F. The applied potential is V = 210 V. Part C Calculate the potential
DIM 24.35 In the figure (Figure 1). C = = 8.8 F and C=C =C4 = 4.4 F. The applied potential is V =210 V. Part E Calculate the
In the figure (Figure 1). C1 = Cs = 8.8 uF and C=C =C4 = 4.4 uF. The applied potential is Vab = 210 V. Part G Calculate the p
In the figure (Figure 1), C = C = 8.8 pF and C2-C3 = C4 = 4.4 F . The applied potential is Vab = 210 V. Part 1 Calculate the
In the figure (Figure 1), C C = 8.8 MF and CEC =CA 4.4 F . The applied potential is Vis = 210 V Express your answer using two
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4.44404 = 2.2 MF . (A) Cz & Cu in series gives their equivalent as: (343 - 14.4+ 4.4) This Czy is in parallel with C Gires eqC234 (P) Voltage across Ez , V = Qu s.sw.x boys ų= 84v Q₂ = Cz V2 = 4-4x108x84= 3.7*10-4 c 1 Answer (E) As calculated above,Ausuan (5) (ky Qs = 8,=5.548 104 c Vs = V1 = 63 v Answer

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