This is an exam, I don't want the solution in detail, I just want the correct answer as soon as possible The variation of alternating current with time is given in the figure. Accordingly, what are the rms current20 -and angular frequency values?Ai (A)100t (s)1 250 50 503450- 100a)Irms= 50 Aw= 60 rad/sb)Ims=50/2 A w= 78.5 rad/sC)Irms= 50 Aw= 120 rad/sd)Irms= 100 Aw= 157.1 rad/se)Irms=50/2 A w= 120 rad/s

this problem is based on alternate current

20 - The variation of alternating current with time is given in the figure. Accordingly. what are the rms current and angular frequency values? pi (A) 100 t(s) 1 2 50 50 50 3 4 50 - 100 Irms- 50 A w- 60 rad/s Irms-50/2 A w- 78.5 rad/s =) Irms- 50 A w- 120 rad/s Irms 100 A w- 157.1 rad/s e) Irms-50/2 A w= 120 rad/s O O

20 - The variation of alternating current with time is given in the figure. Accordingly. what are the rms current and angular frequency values? pi (A) 100 t(s) 1 2 50 50 50 3 4 50 - 100 Irms- 50 A w- 60 rad/s Irms-50/2 A w- 78.5 rad/s =) Irms- 50 A w- 120 rad/s Irms 100 A w- 157.1 rad/s e) Irms-50/2 A w= 120 rad/s O O

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter14: Inductance

Section: Chapter Questions

Problem 63P: The self-inductance and capacitance of an LC circuit e 0.20 mH and 5.0 pF. What is the angular...

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