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In a conductor,\(6.25\times {{10}^{16}}\) electrons flow from its end A to B in 2 s. Find the current flowing through the conductor. \(1.6\times {{10}^{-19}}\)
In a conductor,\(6.25\times {{10}^{16}}\) electrons flow from its end A to B in 2 s. Find the current flowing through the conductor. \(1.6\times {{10}^{-19}}\)
Class 10 | Current Energy | ICSE | Physics | Selina
In a conductor,\(6.25\times {{10}^{16}}\) electrons flow from its end A to B in 2 s. Find the current flowing through the conductor. \(1.6\times {{10}^{-19}}\)

Given

The number of electrons that pass across a conductor,

The number of electrons in n =\(6.25\times {{10}^{16}}\) is the number of electrons in n = \(6.25\times {{10}^{16}}\)

The time it takes to get from point A to point B is 2 seconds, and the temperature is \(1.6\times {{10}^{-19}}\)degrees Celsius.

Assume I’m the current that’s coursing through the conductor.

Currently, I = ne / t

As a result, I = \(6.25\times {{10}^{16}}\times\)\(1.6\times {{10}^{-19}}\)/ 2

I = 5 × 10-3 A

I = 5 m A

As a result, a current of 5 mA travels from B to A.

i

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