Question

A current of 9.65 ampere flowing through for 10 minutes deposits 3 gram of metal which is monovalent the atomic mass of the metal is

Answer 1

here is your answer

hope its help you

Answer 2

Answer:

The atomic mass of the metal is 50 gram.

Explanation:

Given that,

Valance of metal = 1

Current I = 9.65 A

Time t = 10 minutes

Weight W= 3 gram

The charge is the product of the current and time.

$q= I\times t$

$q= 9.65\times 10\times 60$

$q= 5790\ C$

$Equivalent\ weight\ of\ metal =\dfrac{weight\ of\ metal}{Charge}\times 96500$

$W'=\dfrac{3}{5790}\times 96500$

$W'=50\ g$

Atomic weight of the metal is the product of the equivalent weight and valency.

$Atomic\ weight = 50\times 1$

Hence, The atomic mass of the metal is 50 gram.