The electric intensity concept defines that this is equivalent to the amount of load transported during a certain time. Under this same relationship it is possible to clear and obtain the load, which would be given as,
[tex]\Delta Q = I\Delta t[/tex]
Here,
I = Current passing
[tex]\Delta t =[/tex] Time taken to pass current
Replacing with our values we have that,
[tex]\Delta Q = (14)(0.03)[/tex]
[tex]\Delta Q = 0.42C[/tex]
Therefore the total charge move will be 0.42C
