just part b and c pleasepart A the answer is 67.88V 24) An ( mathrm{AC} ) voltage source has an amplitude of ( 96 . mathrm{V} ) and frequency ( 400 . mathrm{Hz} ). The voltage was zero at ( t=0 ) and was increasing. (a) What is the effective rms voltage? (b) What is the instantaneous voltage at ( 1.00 mathrm{~ms} ) ? (c) When will the

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just part b and c pleasepart A the answer is 67.88V 24) An  (  mathrm{AC}  ) voltage source has an amplitude of  ( 96 .  mathrm{V}  ) and frequency  ( 400 .  mathrm{Hz}  ). The voltage was zero at  ( t=0  ) and was increasing. (a) What is the effective rms voltage? (b) What is the instantaneous voltage at  ( 1.00  mathrm{~ms}  ) ? (c) When will the voltage be  ( 40,  mathrm{~V}  ) ?

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Expert Answer to - just part b and c pleasepart A the answer is 67.88V 24) An  (  mathrm{AC}  ) voltage source has an a

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Solution for - just part b and c pleasepart A the answer is 67.88V 24) An  (  mathrm{AC}  ) voltage source has an a

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This an additional answer to - just part b and c pleasepart A the answer is 67.88V 24) An  (  mathrm{AC}  ) voltage source has an a

(Solved): just part b and c pleasepart A the answer is 67.88V 24) An \( \mathrm{AC} \) voltage source has an a ...

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