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 and the switch S has been closed for a long time.After switch S is opened,how much total energy is dissipated through R₃? A)3.27 mJ B)1.02 mJ C)4.84 µJ D)1.41 µJ

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The Answer of 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 and the switch S has been closed for a long time.After switch S is opened,how much total energy is dissipated through R₃? A)3.27 mJ B)1.02 mJ C)4.84 µJ D)1.41 µJ

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

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