(A) The electrochemical equivalent $(Z)$ of a substance is defined by the formula $Z = \frac{M}{nF}$,where $M$ is the molar mass of the substance,$n$

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(A) The electrochemical equivalent $(Z)$ of a substance is defined by the formula $Z = \frac{M}{nF}$,where $M$ is the molar mass of the substance,$n$ is the valency (number of electrons transferred),and $F$ is Faraday's constant.Since $M$,$n$,and $F$ are properties intrinsic to the material and the chemical reaction,the electrochemical equivalent depends solely on the nature of the material.Therefore,the correct option is $A$.

Class 12 Physics Current Electricity Circuit Solving for current and Voltage

Medium

The electrochemical equivalent of a material in an electrolyte depends on

A
The nature of the material
B
The current through the electrolyte
C
The amount of charge passed through electrolyte
D
The amount of material present in electrolyte

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Class 12

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Current Electricity

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Circuit Solving for current and Voltage

$A$ resistance network is connected to a battery as shown in the figure below. If the internal resistance of the battery is $5 \ \Omega$,then the value of $R$ (in $\Omega$) for maximum power delivered to the network is

MediumTS EAMCET 2018

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Find the equivalent resistance between points $A$ and $B$ in the network of resistors,each of resistance $r \Omega$.

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$A$ battery of $6 \text{ V}$ is connected to the ends of a uniform wire $3 \text{ m}$ long and of resistance $100 \Omega$. The potential difference between two points $50 \text{ cm}$ apart on the wire is: (in $\text{ V}$)

MediumMHT CET 2024

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Three identical bulbs are connected as shown in the figure. When switch $S$ is closed,the power consumed in bulb $B$ is $P$. What will be the power consumed by the same bulb when switch $S$ is opened?

Medium

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In the circuit shown in the adjoining figure,the reading of ammeter $A$ is ................ $A$.

Medium

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The electrochemical equivalent of a material in an electrolyte depends on

Similar Questions

$A$ resistance network is connected to a battery as shown in the figure below. If the internal resistance of the battery is $5 \ \Omega$,then the value of $R$ (in $\Omega$) for maximum power delivered to the network is

Find the equivalent resistance between points $A$ and $B$ in the network of resistors,each of resistance $r \Omega$.

$A$ battery of $6 \text{ V}$ is connected to the ends of a uniform wire $3 \text{ m}$ long and of resistance $100 \Omega$. The potential difference between two points $50 \text{ cm}$ apart on the wire is: (in $\text{ V}$)

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