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6. a. Draw an RLC circuit with a 0.3 N resistor, 0.1 H inductor, and 5 F capacitor connected in series with an EMF E(t). d i +R+ = E'(t). di b. Show that the circuit can be modelled by L dt T c. Given E(t) = 16 cos 2t. Solve the differential equation for the initial conditions i(0) = i'(0) = 0. %3D

6. a. Draw an RLC circuit with a 0.3 N resistor, 0.1 H inductor, and 5 F capacitor connected in series with an EMF E(t). d i +R+ = E'(t). di b. Show that the circuit can be modelled by L dt T c. Given E(t) = 16 cos 2t. Solve the differential equation for the initial conditions i(0) = i'(0) = 0. %3D

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6. a. Draw an RLC circuit with a 0.3 N resistor, 0.1 H inductor, and 5 F capacitor connected in series with an EMF E(t). d i b. Show that the circuit can be modelled by L dt +R+= E'(t). di c. Given E(t) = 16 cos 2t. Solve the differential equation for the initial conditions i(0) = i'(0) = 0.
Transcribed Image Text:6. a. Draw an RLC circuit with a 0.3 N resistor, 0.1 H inductor, and 5 F capacitor connected in series with an EMF E(t). d i b. Show that the circuit can be modelled by L dt +R+= E'(t). di c. Given E(t) = 16 cos 2t. Solve the differential equation for the initial conditions i(0) = i'(0) = 0.
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