Question

Initially; the capacitor in a series LC circuit is charged. A switch is closed, allowing the capacitor to discharge; and 1.3 ps later the energy stored in the capacitor is one-fourth its initial value. Find the inductance if the capacitance is 4 pF. 1 0.016414 2 0.385274 3. 0.308219 4. 0.513698 5 . 0.0205175 6. 0.256849 7 . 0.0273567 8. 0.0117243 9. 0.220156 10. 0.0136784 Answer in units of H.

Name: 007 50 points initially the capacitor in a series lc circuit is charged a switch is closed allowing the capacitor to discharge and 13 ps later the energy stored in the capacitor is one fourt 04027
Uploaded: 2022-12-15T04:26:06-08:00
Duration: 4 min 23 s
Channel: Madhur L
Description: 007 50 points initially the capacitor in a series lc circuit is charged a switch is closed allowing the capacitor to discharge and 13 ps later the energy stored in the capacitor is one fourt 04027

          Initially; the capacitor in a series LC circuit is charged. A switch is closed, allowing the capacitor to discharge; and 1.3 ps later the energy stored in the capacitor is one-fourth its initial value. Find the inductance if the capacitance is 4 pF. 1 0.016414 2 0.385274 3. 0.308219 4. 0.513698 5 . 0.0205175 6. 0.256849 7 . 0.0273567 8. 0.0117243 9. 0.220156 10. 0.0136784 Answer in units of H.

Added by Brittany B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Madhur L

12/15/2022

Step 1

Step 1: Calculate the value of q Given that the energy stored in the capacitor is one-fourth its initial value, we have: \(q^2 = \frac{q_0^2}{4}\) Solving for q: \(q = \frac{q_0}{2}\) Show more…

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Initially; the capacitor in a series LC circuit is charged. A switch is closed, allowing the capacitor to discharge; and 1.3 ps later the energy stored in the capacitor is one-fourth its initial value. Find the inductance if the capacitance is 4 pF. 1 0.016414 2 0.385274 3. 0.308219 4. 0.513698 5 . 0.0205175 6. 0.256849 7 . 0.0273567 8. 0.0117243 9. 0.220156 10. 0.0136784 Answer in units of H.