The charge transported as a result of charging is 43200C .
we can note the following data from the statement :
Current (i) = 3A
Time interval (t) = 4 hrs = 14400secs
As we know ,
Current is defined as the rate of flow of the charges between two points when a potential difference is applied between them.
Mathematically , it can be written as
Current(i) = charge (q)/ time(t)
Q = i × t
= 3 × 14400
= 43200 C
By dividing the value of the current passed through the circuit by the time for which the charge is passed gives out the value of the charge passed .
learn more on charges :
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Answer: (D)
Explanation: just took the quiz and got a 100!
Im pretty sure it’s 25,100 J because i had seen the same question a few times with this answer, hope it helps!
Production
Explanation:
Because it is what the frist chemical equation equation or reactant turns into
