Hcurlent pass ing throug h a resistor (R= a5n) decreases exponentialN WIthtime as ICt)=I ewhere In=a.5A and a- O.25s-.PartA: Calcu late the energy dissieated the resistor injoules during the 4irst8 seconds.E=?PartB: Cal cul ate the total ene ray dissipated by the resistor injoules astime goesto intinity.Elt->)=?

Answered: Image /qna-images/answer/1fcb55ad-7b4a-4e7d-9516-00b0dafdf50e.jpg

Hcurrent pass ing throug h a resistor (R= a5 n) decreases exponentialN WIHN time as ICt)=I e where In=a.5A and a- 0.255. PartA: Calcu late the energy dissipated b the resistor injoules during the 4irot 8 seconds. E=? PartB:Calculate the total ene rgy dissipated by the resistor injoules as time goes to intinity. E(t->=?

Hcurrent pass ing throug h a resistor (R= a5 n) decreases exponentialN WIHN time as ICt)=I e where In=a.5A and a- 0.255. PartA: Calcu late the energy dissipated b the resistor injoules during the 4irot 8 seconds. E=? PartB:Calculate the total ene rgy dissipated by the resistor injoules as time goes to intinity. E(t->=?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Hcurlent pass ing throug h a resistor (R= a5n) decreases exponentialN WIth
time as ICt)=I e
where In=a.5A and a- O.25s-.
PartA: Calcu late the energy dissieated the resistor injoules during the 4irst
8 seconds.
E=?
PartB: Cal cul ate the total ene ray dissipated by the resistor injoules astime goes
to intinity.
Elt->)=?

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