Question

In charge of 360c flows through a conducting wire on 10 minutes what is the value of current​

Answer 1

Q = it then l = Q/t

Then we have value of q and time t but we convert minutes also second then 10 minutes = 60× 10 = 600 second now put the value of q and t and get the value of current l = 360/600 = 3.5 amp

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Answer 2

Given:

• A charge of 360 C flows through a conductor for 10 minutes.

To Find:

• The value of current.

Answer:

Given that through a conducting wire charge of 360 C flows for 10min.

So , we know know the definition of current as ,

• The rate of flow of charge is called current.
• Its SI unit is Ampere (A).
• It is denoted by 'I'.

Now by this definition,

• Charge = 360 C .
• Time = 10 min = 10×60s = 600s .

$\sf{\implies I =\dfrac{q}{t}}$

$\sf{\implies I =\dfrac{360C}{600 s}}$

$\sf{\implies I =\dfrac{6}{10}A}$

$\underline{\boxed{\red{\bf{\leadsto I =0.6A}}}}$

Hence the value of current is 0.6A.