Question

The volume of O2 and H2 released when 1930 coulombs of current passed through the NaOH solution respectively are

Answer 1

Explanation:

The volume of O2 and H2 released when 1930 coulombs of current passed through the NaOH solution respectively are The diagram shows the molecule, ethyl propanoate

Answer 2

The volume of O2 and H2 released when 1930 coulombs of current passed through the NaOH solution respectively are the Faraday constant

• The Faraday constant:- In electrolysis calculations, the Faraday constant is by far the most crucial piece of knowledge. The next section has to be understood fully.

• Coulombs:- Electricity is measured in coulombs. One coulomb of electricity has been transferred if a current of one amp flows for one second. This means that you can calculate how much power has flowed in a certain amount of time by multiplying the current in amps by the time in seconds.

• Coulombs are determined by multiplying the current in amps by the time in seconds.
• Before doing anything else, you must convert a time that is supplied to you in minutes, hours, or days to seconds.

Hence, the volume of O2 and H2 released when 1930 coulombs of current passed through the NaOH solution respectively are the Faraday constant.

#SPJ3