In a closed circuit, if 100 coulomb charges flow for 50 sec, then the current drawn in the circuit is ............
2 A
The correct answer is option 3 i.e. 2 A.
To calculate the current (I) in a closed circuit, we use the formula:
I = Q/t
Where:
-
Q = 100 coulombs (charge)
-
t = 50 seconds (time)
I = 50/100 = 2 amperes
The current drawn in the circuit is 2 amperes.
This means 2 coulomb of charge flow per second, which reflects the rate of flow of electric charge—a fundamental concept in understanding electric current in any electrical system.
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'Net metering' is sometimes seen in the news in the context of promoting the
- The complete form of 'IC' in electronics is
Which of the following household items does NOT use the heating effect of current?
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