if 5 ampere of current is passed through a solution for 10 hours then

1.	if 5 ampere of current is passed through a solution for 10 hours then the number of electons flown through the solution is (charge of electron =1.6*10-19)
Answer» Given :- Current = 5A Time = 10 × 60 × 60 seconds To Find :- Number of electrons Solution :- We KNOW :- Q = It I denotes current t denotes time Q denotes charge Substitute the values :- $: \implies \sf Q = 5 \times 10 \times 60 \times 60$ $: \implies \sf Q = 180000$ Also we know :- Q = ne n denotes number of electrons e denotes charge of one electron $: \implies \sf n = \dfrac{Q }{e}$ $: \implies \sf n = \dfrac{180000}{1.6 \times {10}^{ - 19} }$ $: \implies \sf n = 112500 \times {10}^{19}$ Number of electrons :- 1125 × 10^21

if 5 ampere of current is passed through a solution for 10 hours then the number of electons flown through the solution is (charge of electron =1.6*10-19)

Answer»

Current = 5A

Time = 10 × 60 × 60 seconds

Number of electrons

We KNOW :-

Q = It

Substitute the values :-

$: \implies \sf Q = 5 \times 10 \times 60 \times 60$

$: \implies \sf Q = 180000$

Also we know :-

Q = ne

$: \implies \sf n = \dfrac{Q }{e}$

$: \implies \sf n = \dfrac{180000}{1.6 \times {10}^{ - 19} }$

$: \implies \sf n = 112500 \times {10}^{19}$

Number of electrons :- 1125 × 10^21