If the electron in a hydrogen atom makes 6.25×10^15 revolutions in a second, the current is

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Solution

f requency, f= 6.25 × 10^15 /s

we have equation of current,
I = Q / t = Qf (f is the frequency when t is time period)
{Q = e (charge of electron - 1.6 × 10^-19C), f= 6.25 × 10^15 /s }

I= [1.6 × 10^-19C] [ (6.25 × 10^15)s]

= 10^-3 A
= 1 mA
======

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If the electron in a hydrogen atom makes 6.25×10^15 revolutions in a second, the current is

f requency, f= 6.25 × 10^15 /s we have equation of current, I = Q / t = Q*f (f is the frequency when t is time period) {Q = e (charge of electron - 1.6 × 10^-19C), f= 6.25 × 10^15 /s } I= [1.6 × 10^-19C] * [ (6.25 × 10^15)s] = 10^-3 A = 1 mA ======

f requency, f= 6.25 × 10^15 /s

we have equation of current,
I = Q / t = Qf (f is the frequency when t is time period)
{Q = e (charge of electron - 1.6 × 10^-19C), f= 6.25 × 10^15 /s }

I= [1.6 × 10^-19C] [ (6.25 × 10^15)s]

= 10^-3 A
= 1 mA
======