How many electrons pass through a standard 60 watt light bulb in one second?

A standard 60 W light bulb has a voltage of 130 volts. So, we use this conversion, the Faraday's constant which is equal to approximately 96,500 Coulombs per mole electron, and the Avogadro's number equal to 6.022×10²³ particles/mole . The solution is as follows:

W = Energy/time
60 W = x J/1 s
x = 60 J = 60 C·V

(60 C·V)*(1/130 V)*(1 mole e/96,500 C)*(6.022×10²³ electrons/mole electron)
= 2.88×10¹⁸ electrons

The spectrum of the Sun, whose surface temperature is about 5,800 K, peaks at a wavelength of light and other electromagnetic radiation that on the whole follow ... Furthermore, the hotter star gives off more of its energy at shorter wavelengths.