Q. The switch of the circuit shown below is closed at t=0, assuming that the circuit...

  

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Q. The switch of the circuit shown below is closed at t=0, assuming that the circuit is initially relaxed. 1. Obtain analytical expressions of i(t), v. (t), v, (t), and vc (t) for t0. 2. Create the script MATLAB file RLC Series that returns the analytical and symbolic (Laplace) plots of i(t), vg (t), v (t), and vc (t) over the range 0t10. 3. Verify KVL given by v(t)=v(t)+v (t) + vc (t). switch closes at t= 0 v(t)= 10sin(31) R=4Q www i(t) L = 2 H C=1/20 F Q. The switch of the circuit shown below is closed at t=0, assuming that the circuit is initially relaxed. 1. Obtain analytical expressions of i(t), v. (t), v, (t), and vc (t) for t0. 2. Create the script MATLAB file RLC Series that returns the analytical and symbolic (Laplace) plots of i(t), vg (t), v (t), and vc (t) over the range 0t10. 3. Verify KVL given by v(t)=v(t)+v (t) + vc (t). switch closes at t= 0 v(t)= 10sin(31) R=4Q www i(t) L = 2 H C=1/20 F