Given that M is the mass of substance deposited in an electrolysis and Q the quantity of electricity consumed, then Faraday's law can be written as

tyjesma

11 years ago

m=zit....from----q=it,----we-deduce-i=q/t...substituting-this-into-the-1st-formula,-we-get---m=qz

darleemor

12 years ago

Faraday's first law states that the mass of a substance M deposited in an electrolysis is dirctly proportional to the quantity of electricity Q passing through it.

Thus: M=Qz... Z is a constant

ginika igbokwe

12 years ago

u are correct man

haybee lawal

12 years ago

m equal to zit and it equal to q! definitely m equal qz

Uncleobinna

3 years ago

m ∝ Q
m = Z Q
m = Z I t.

so m = ZQ OR m = ZIt. yah welcome

CharityAnny

1 year ago

Faraday's law of electrolysis states that a mass of a mole of a substance M deposited from electrode during electrolysis is directly proportional to the quantity of electricity Q passing through electrolyte.
I.e: M =QZ
... Z is constant

adeleke olamide anass

10 years ago

confirm guy u re right.

oluwanishola

11 years ago

u r all correct,we av chemists here ooo

Alisonnsirim

5 years ago

It is directly proportional M=QZ and Z is a constant

12345tinuke

6 months ago

the correct option is A