For a given circuit, if a large magnitude of current is flowing through it in a given interval of time, then what can be concluded about the charge?
Answers
The total charge flowing through that wire in the given time interval is 32 A.
- It is given that :
Current flowing through the wire, 1 = 4 A
Total time of current flow. t = 8 second
- We know that current I is given as
I= Q/t
→ Q=1 × t
→ Q = 4 x 8
→Q=32 Coulomb
not sure
Answer:
If a large magnitude of current is flowing through a circuit in a given interval of time, then it can be concluded that a large amount of charge has also passed through the circuit in the same interval of time.
This is because current is defined as the rate of flow of charge, which means that a larger current corresponds to a larger amount of charge passing through the circuit per unit time. The relationship between current, charge, and time is given by the equation Q = I * t, where Q is the charge, I is the current, and t is the time interval. Therefore, a larger current over a given time interval corresponds to a larger amount of charge passing through the circuit during that interval.