ReviecwV: 120 coS LIO00)RLC circuitsR= 6rL=2 mHC: 5000 uFw= 1000: 21 fFind IV: Vmax cos (wt)*Find +he reson ace frequencyI max- vmaxIそfor the samecircuit elements.Velt)'- Xe I Lt)z: Je + (wt- t)*2.Velt)=115.2.coŚ(ioot ti8.2)Ø tan (wa.RI- I maxcos (wt +Ø)

Answered: Image /qna-images/answer/08b74e7d-dd88-4bc2-8672-d1825718f37b.jpg

Review V: 120 coS Li000) R- 6R RLC circuits L = 2 mH C: 5000 uF W= 1000 : 21€ Find I V: Vmax cos (w6) * Find the reson ace frequency I max- Vmax Iそ For the Same circuit elements. (+) VR"- xe I L) (wi- Velt)=115.2.coŚlioot ti8.2) Ø = Ø tan (wb. we) I-I max cos (wt +@)'

Review V: 120 coS Li000) R- 6R RLC circuits L = 2 mH C: 5000 uF W= 1000 : 21€ Find I V: Vmax cos (w6) * Find the reson ace frequency I max- Vmax Iそ For the Same circuit elements. (+) VR"- xe I L) (wi- Velt)=115.2.coŚlioot ti8.2) Ø = Ø tan (wb. we) I-I max cos (wt +@)'

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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Question

Reviecw
V: 120 coS LIO00)
RLC circuits
R= 6r
L=2 mH
C: 5000 uF
w= 1000: 21 f
Find I
V: Vmax cos (wt)
*
Find +he reson ace frequency
I max- vmax
Iそ
for the same
circuit elements.
Velt)
'
- Xe I Lt)
z: Je + (wt- t)*
2.
Velt)=115.2.coŚ(ioot ti8.2)
Ø tan (wa.
R
I- I max
cos (wt +Ø)

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