For the circuit shown, the switch closes at t=0. t=0 (with do 40 % A 0.2...

   

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For the circuit shown, the switch closes at t=0. t=0 (with do 40 % A 0.2 F 120 100 10 V a) Modify the circuit above for t-0-. Solve for the only value that cannot change instantaneously when the switch closes. b) Solve for Vx(0-). c) The switch closes at t=0. Draw the t=0+ Circuit. d) Use nodal analysis to write one KCL with one unknown AND solve for Vx(0+). For the circuit shown, the switch closes at t=0. t=0 (with do 40 % A 0.2 F 120 100 10 V a) Modify the circuit above for t-0-. Solve for the only value that cannot change instantaneously when the switch closes. b) Solve for Vx(0-). c) The switch closes at t=0. Draw the t=0+ Circuit. d) Use nodal analysis to write one KCL with one unknown AND solve for Vx(0+).