A series circuit with capacitance C, induc- tance L, and resistance R oscillates electri- cally. 4L Assuming R < V what
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A series circuit with capacitance C, induc- tance L, and resistance R oscillates electri- cally. 4L Assuming R < V what
A series circuit with capacitance C, induc- tance L, and resistance R oscillates electri- cally. 4L Assuming R < V what relationship с describes the decay of the "envelope ampli- tude” of the current oscillations? (means proportional to) 3. Ιαe 1.x e-t(21) 2. I ae-Rt/(2L) -Rt/2 4.x e-Rt/L 5. I « eRt/(2 L) 6. IT e-2 R\/L 7. I ae-R/(2L) 003 (part 2 of 3) 10.0 points How much time elapses before the envelope amplitude of the current falls off to 50% of its initial value? 21 2 L 1. t= In(2) R 2. t= -In(2) 2 L 3. t= In(2) R L 4. t= - In(2) AR 5. t= In(2) R 6. t= In(2) R 7. t= · In(2) 2 L 8. t = (2 L) In(2) R 9. t = In(2) R 10. t= L In(2) 2 L
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