<div class=""> For the circuit of the figure shown, (a) what is the equivalent capacitance? (b) What is the charge on each capacitor? Answers = (a: 5.4 μF, b: 4.0 μF: 28.8 μC. 6.0 μF: 28.8 μC, 3.0 μF: 36.0 μC) Can't seem to get to these answers. A picture of work done would be appreciated <img class="content-img aligncenter" src="https://ittutoria.net/wp-content/uploads/2022/04/For20the20circuit20of20the20figure20shown20a20what20is20the20equivalent20capacitance_20b20What20is...-q0.png" /> [su_box title="&diams; Relevant knowledge" box_color="#2d6ff7" radius="1"]Capacitors are devices used to are used to store electric charges. These devices are distinguished by their capacitance, measured in units of Farad. The capacitance of all capacitors running in series is equal to their individual capacitances. </div><div>[/su_box]</div>

ithe answers u had provided are not correct... If u have any doubt u can ask me in comment box....hope u like it C3 and Equisent capacitance are in Parallel combunation. C23 =C2 +63 = (2+1.5) UF 4.0 MF HHGTQI 12V 2..00F (23 1.5 MF. - 3.5 Uf 9262 NsoW C23+CI (3.5x4) MF 1 MM+4 MF (3.0 %) UF C2 +63 = (2+1.5) UF C2 4.0 MF HH GTQI 12V 2.00F (23 1.5 MF) .C23 Chet (23XCI C23+CI (3.5x4) MF 1 3.5+4) Equivalent Capacitance Chet 1.867 MF Chet u = 1.867 X 12 Quet 22.4 uc Quet 22.446 a Potential difference is same. and C3 for C / 2 Q3 Quet -9 so Q2 C2 let l.e q cz Quat-q C3 qC3 = Qnet Cz - q C2 Quet C2 12.8 uc 22.4x2 3.5 q C2 + C3 Q2 =9 = 12.8 MG 2 Q2 = Quet-q = 22.4-12-8 [Q3 = 9.6 uc auswer Equivalent Capacitance = 1.867 uF - 22.4 MC Q2 = 12.8 MC Q2 = 9.6 uc 9 1

charge Archives - Page 2 of 2

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lyytutoriaExpert

Asked: April 13, 2022In: Advanced-Physics

For the circuit of the figure shown, what is the equivalent capacitance?

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For the circuit of the figure shown, (a) what is the equivalent capacitance? (b) What is the charge on each capacitor? Answers = (a: 5.4 μF, b: 4.0 μF: 28.8 μC. 6.0 μF: 28.8 μC, 3.0 μF: 36.0 μC) Can’t seem ...

33

lyytutoriaExpert

Asked: April 11, 2022In: Physics

The capacitor in the figure shown is initially uncharged. The switch is closed at t=0.

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The capacitor in the figure shown is initially uncharged. The switch is closed at t=0. a) Immediately after the switch is closed, what is the current through each resistor? b) What is the final charge on the capacitor?