Electrochemical equivalent of an element is

Question

Electrochemical equivalent of an element is (A) ( text Atomic weight × text Valency /96500) (B) ( text Atomic weight × 96500/ text Valency ) (C) ( text Atomic weight / text Valency × 96500) (D) ( text Valency × 96500/ text Atomic weight )

Tardigrade Admin · Accepted Answer

Z=(E/96,500)=( text At. wt. / text Valency ) × (1/96500)

Q. Electrochemical equivalent of an element is

$\frac{Atomic weight \times Valency}{96500}$

$\frac{Atomic weight \times 96500}{Valency}$

$\frac{Atomic weight}{Valency \times 96500}$

$\frac{Valency \times 96500}{Atomic weight}$

$Z = \frac{E}{96 , 500} = \frac{At. wt.}{Valency} \times \frac{1}{96500}$

Q. Electrochemical equivalent of an element is

96500 Atomic weight × Valency ​

Valency Atomic weight ×96500​

Valency ×96500 Atomic weight ​

Atomic weight Valency ×96500​

Z=96,500E​= Valency At. wt. ​×965001​

$\frac{Atomic weight \times Valency}{96500}$

$\frac{Atomic weight \times 96500}{Valency}$

$\frac{Atomic weight}{Valency \times 96500}$

$\frac{Valency \times 96500}{Atomic weight}$

$Z = \frac{E}{96 , 500} = \frac{At. wt.}{Valency} \times \frac{1}{96500}$