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(e) The charge on the capacitor is given by q = 6C(1 – e 25 ). And the current follows as I = 3A€¯25. (True, False) (f) The charge on the capacitor and the current through the circuit after 2 time constant are 5.19C and 0.406 A respectively. (True, False) (g) The capacitor at t = 0+ behaves like a conducting wire[with zero resistance] and at t → o like an open circuit[ with infinite resistance]. (True, False)

(e) The charge on the capacitor is given by q = 6C(1 – e 25 ). And the current follows as I = 3A€¯25. (True, False) (f) The charge on the capacitor and the current through the circuit after 2 time constant are 5.19C and 0.406 A respectively. (True, False) (g) The capacitor at t = 0+ behaves like a conducting wire[with zero resistance] and at t → o like an open circuit[ with infinite resistance]. (True, False)

Physics for Scientists and Engineers: Foundations and Connections
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter24: Electric Fields
Section24.2: Special Case: Electric Field Of A Charged Sphere
Problem 24.1CE: In a few sentences, explain how you know that E(r)=(kQs/r2)r (Eq. 24.3) is consistent with Figure...
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1F IF 6V 6 V 10 (A) (B) Figure 1:
Transcribed Image Text:1F IF 6V 6 V 10 (A) (B) Figure 1:
(e) The charge on the capacitor is given by q = 6C(1 - e 28 ). And the current follows as I = 3Ae 2s. (True, False) (f) The charge on the capacitor and the current through the circuit after 2 time constant are 5.19C and 0.406A respectively. (True, False) (g) The capacitor at t = 0+ behaves like a conducting wire[with zero resistance] and at t o like an open circuit[ with infinite resistance]. (True, False)
Transcribed Image Text:(e) The charge on the capacitor is given by q = 6C(1 - e 28 ). And the current follows as I = 3Ae 2s. (True, False) (f) The charge on the capacitor and the current through the circuit after 2 time constant are 5.19C and 0.406A respectively. (True, False) (g) The capacitor at t = 0+ behaves like a conducting wire[with zero resistance] and at t o like an open circuit[ with infinite resistance]. (True, False)
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