5. The solenoid in the circuit is made of tightly wound 1200 turns of wire on a 50.0 cm long cardboard cylinder with 3.0 cm diameter. The switch is initially in position a. Then at time t = 0, S is flipped to position b. The self- induced emf is given with & = Ege-kt, wherek =4.0 x 104 s1, and ɛo = 0.5 V. Find the inductance of the inductor and the total charge that passes a point in the wire of the solenoid after S has been flipped to position b. Ri
5. The solenoid in the circuit is made of tightly wound 1200 turns of wire on a 50.0 cm long cardboard cylinder with 3.0 cm diameter. The switch is initially in position a. Then at time t = 0, S is flipped to position b. The self- induced emf is given with & = Ege-kt, wherek =4.0 x 104 s1, and ɛo = 0.5 V. Find the inductance of the inductor and the total charge that passes a point in the wire of the solenoid after S has been flipped to position b. Ri
Chapter14: Inductance
Section: Chapter Questions
Problem 32P: A 600-turn solenoid is 0.55 m long and 4.2 cm in diameter. Inside the solenoid, a small (1.1 cm ×...
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The solenoid in the circuit is made of tightly wound 1200 turns of wire on a 50.0 cm long cardboard cylinder with 3.0 cm diameter. The switch is initially in position a. Then at time ? = 0, S is flipped to position b. The selfinduced emf is given with ?8 = ?2?:;
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