Discussion :: RL Circuits - General Questions (Q.No.4)
|Anonymous said: (Nov 26, 2011)|
|In series RL circuit voltage increases as frequency decreases but voltage is directly proportional to current and hence the answer.|
|Manju said: (Aug 27, 2013)|
|In series RL circuit current is varied corresponds to frequency.|
|Kumaran said: (Aug 29, 2013)|
|In RL circuit there is a time required to reach maximum current, so the time increases frequency will be decreases.|
|Tejas said: (May 25, 2015)|
|Option A is correct answer. Voltage and frequency are directly proportional in inductive circuit. Voltage is directly proportional to current.|
|Firdos said: (Aug 11, 2016)|
|I = V/xL, I = v/wL it means, the current is inversely proportional to frequency.|
|Gaurav said: (Feb 12, 2017)|
|As frequency decreases xl decrease so that net impedance 'z' decrease so that opposition to current flow decrease hence more current flow.|
|Shyam said: (Jan 30, 2019)|
|I = v/z.
I = 1/2 * π * f * l current increases the frequency decreases.
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