Question

calculate the current in a circuit if 500c of charge passes through it in 10 minutes 1M Qus​

Answer 1

Charge (Q) = 500 coulomb

→ Time (t) = 10 minutes.

°•° SI unit of time is second

•°• Convert 10 minutes into seconds.

→ Time (t) = 10 ×60

→ Time (t) = 600 sec.

Now ,

Formula used

\huge \sf \implies \: I \: = \frac{ Q }{t} \\ \\ \huge \sf \implies \: I = \frac{500}{600} \\ \\ \huge \sf \implies \: I = \frac{ 5 \cancel{00}}{ 6 \cancel{00}} \\ \\ \huge \sf \implies \: I = \frac{5}{6} \\ \\ \huge \bf \implies \: I = 0.83 A

Answer 2

Answer:

Charge (Q) = 500 C.

Time(t) = 10 minutes.

= 10 × 60

= 600 seconds.

Using the Formula,

Current = Charge/Time.

⇒ I = Q/t

∴ I = 500/600

⇒ I = 5/6

∴ I = 0.83 A.

Hence, the current flowing in the conductor in 10 minutes is 0.83 A.

Hope it helps.

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