30 Volts

Discounted 30 Volts Tips

Discounted 30 Volts Tips

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Dremel 4000-2/30 120-Volt Variable Speed Rotary To...

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Aviditi CMC25 Capacitor, 30 Microfarad, 370-Volt, ...

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Bosch PS31-2A 12-Volt Max 3/8-Inch Drill/Driver...

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Siemens Q230 30-Amp 2 Pole 240-Volt Circuit Breake...

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$8.99

 

Bosch PS30-2A 12-Volt Max 3/8-Inch Drill Driver...

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Today's Discussion

How much work is needed to move 835 nanomoles of electrons through a potential difference of 2.30 Volts?
How much work is needed to move 835 nanomoles of electrons through a potential difference of 2.30 Volts?

Reply
JullyWumper
1 mol = 6.023 x 10^23 particles .............. so a nanomol = (6.023 x 10^23) x 10^-9 = 6.023 x10^14 particles using W =( ne x V) for work done by field on the charge n = 835 x 6.023 x 10^14 electrons e = 1.6 x 10^-19 C (electron charge) V = 2.3V W = 835 x 6.023 x 10^14 x 1.6 x 10^-19 x 2.3 = 0.1851J (answer)




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