A current of 0.5 amphere is flowing through a bulbs for 10 mins. find the charge flow through the circuit?
Answers
Answer: Answer:
300 COULUMB.
Explanation:
FOR A CURRENT CARRYING CONDUCTOR THE TOTAL CHARGE FLOWN THROUGH IT IS THE PRODUCT OF ELECTRICITY FLOWN THROUGH IT AND TILL HOW MUCH TIME IT FLOWN.
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IN THIS CAse ––———>>>
TOTAL CURRENT = I = 0.5A
TIME FOR WHICH CURRENT FLOWN = 10 MINS
= 10 × 60
THE CHARGE FLOWN = Q = ?
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FOR A CURRENT CARRYING BODY
CHARGE FLOWN = TIME × ELECTRIC CURRENT.
Q= I ×T.
Q = 0.5 × 600
Q = 300
SINCE S.I UNIT OF CHARGE IS COULUMB THEREFORE
Q = 300C
Explanation:
Answer:
The amount of electric charge that flows through the circuit is 300 C.
Explanation:
Given,
Current (i) drawn by a filament = 0.5 A
Time (t) = 10 minutes = 10* 60 sec = 600 seconds
To find: the amount of electric charge that flows through the circuit.
Solution:
Charge is equal to the product of current and time.
i.e Q = it
here, i = 0.5 A , t = 600 sec
Substituting the values,
Q = 0.5 * 600
or, Q = 300 coulomb
Therefore, The amount of electric charge that flows through the circuit is 300 C.