Question

Hi guys here is my question


calculate the current in a circuit of 500 c charge flows it in 10 minutes


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Answer 1

$\huge \bf \red{ \mid{ \overline{ \underline{ANSWER}}} \mid}$

$\bf{GIVEN \: \colon - }$

→ 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

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

Answer 2

$\huge\text{\underline{Answer}}$

$\boxed{\sf\green{ I = 0.84A}}$

$\mathfrak{\large{\underline{\underline{Given:-}}}}$

Total charge in circuit (Q)= 500 c

Time taken to flow(T) = 10 minutes

Convert in to seconds = 10 × 60 = 600 seconds.

$\mathfrak{\large{\underline{\underline{To find:-}}}}$

Current in circuit = ?

$\mathfrak{\large{\underline{\underline{Solution:-}}}}$

The current is defined as the rate of flow of charge per unit time in a cross section of a conductor.

From definition,

$\boxed{\sf\red{I = \frac{q}{t} }}$

Put the value of q and t,

$\implies$ $I = \frac{500}{600}$

$\implies$ $I = \frac{5}{6}$

$\implies$ $I = 0.83A$

hence, the current flow in circuit will be 0.83 A