In the Circuit Shown,R 1 = 10$\varOmega$ ,R 2 = 4$\varOmega$ ,R 3 = 10

The Answer of In the Circuit Shown,R 1 = 10$\varOmega$ ,R 2 = 4$\varOmega$ ,R 3 = 10

In the Circuit Shown,R 1 = 10$\varOmega$ ,R 2 = 4$\varOmega$ ,R 3 = 10

The Answer of In the Circuit Shown,R 1 = 10$\varOmega$ ,R 2 = 4$\varOmega$ ,R 3 = 10

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In the Circuit Shown,R₁ = 10 $\varOmega$ ,R₂ = 4 $\varOmega$ ,R₃ = 10

Question 7

Multiple Choice

In the circuit shown,R₁ = 10 $\varOmega$ ,R₂ = 4 $\varOmega$ ,R₃ = 10 $\varOmega$ , $\varepsilon$ = 10 V,and capacitor has a capacitance C = 2 $\mu$ F.Determine the energy stored in the capacitor when switch S has been closed for a long time. $In the circuit shown,R1 = 10 \varOmega ,R2 = 4 \varOmega ,R3 = 10 \varOmega , \varepsilon = 10 V,and capacitor has a capacitance C = 2 \mu F.Determine the energy stored in the capacitor when switch S has been closed for a long time. A) 3.27 µJ B) 1.02 mJ C) 4.94 µJ D) 3.55 mJ$

A) 3.27 µJ
B) 1.02 mJ
C) 4.94 µJ
D) 3.55 mJ

In the Circuit Shown,R1 = 10 Ω\varOmegaΩ ,R2 = 4 Ω\varOmegaΩ ,R3 = 10

Multiple Choice

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In the Circuit Shown,R₁ = 10 $\varOmega$ ,R₂ = 4 $\varOmega$ ,R₃ = 10

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