Calculate the number of electrons in 1 coulomb step by step
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Answer: The charge on an electron is negative and it is -1.6×10^-19 coulomb therefore, 1 C charge is carried by 1/ (-1.6× 10^-19) = 6.25 × 10^18 electrons. Hence if 1 A current flows through a conductor, it implies that
6.25 × 10^18electrons pass per a second across the cross section of the conductor.
HOPE IT HELPS PLEASE MARK AS THE BRAINLIEST ;)
6.25 × 10^18electrons pass per a second across the cross section of the conductor.
HOPE IT HELPS PLEASE MARK AS THE BRAINLIEST ;)
Answered by
1
Number of electrons in 1 coulomb
==================================☆
As we know,
One electron contain the charge = 1.6×(10)^-19 C
so,
1.6× (10)^-19 C charge contains in= 1
electron
hence
1 C of charge will contain in = (1/1.6×(10)^-19) electrons
= 6.25 ×(10)^18 electrons are contained in 1 coulomb of charge.
==================================☆
As we know,
One electron contain the charge = 1.6×(10)^-19 C
so,
1.6× (10)^-19 C charge contains in= 1
electron
hence
1 C of charge will contain in = (1/1.6×(10)^-19) electrons
= 6.25 ×(10)^18 electrons are contained in 1 coulomb of charge.
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