Question: The differential equation governing the current flowing in the circuit shown in Figure 2 is given by RCL+ L+ Riz = E(t) %3D dt2

The differential equation governing the current flowing in the circuit shown in Figure 2 is given by RCL+ L+ Riz = E(t) %3D dt2 

The differential equation governing the current flowing in the circuit shown in Figure 2 is given by RCL+ L+ Riz = E(t) %3D dt2 If L = 1 mH, R = 102, C = 1 F and E(t) = 2 sin 1 00nt, find the solution of the %3D differential equation. (Note: Unit for L and C must be change first before you start solving this problem) R. Et) Figure 2

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