Untitled Formative cloned 7/10/2021

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The electrical energy released from an electrochemical cell can do useful work.

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In an electrochemical cell, in the inner circuit current is carried by ions and in the external circuit, current of electrons flows through the metal conductors.

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In electrochemical cell Oxidation occurs at Cu electrode

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electrochemical Daniell cell Current flows from zinc electrode to copper electrode

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In electrochemical series metals below hydrogen are strong reducing agents

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A scalar quantity is the one that does not vary from one point to another in space

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in electrochemical cell Electrons flow from anode to cathode

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emf of cell = oxidation potential of anode + reduction potential of cathode

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If 96500 coulomb electricity is passed through CuSO4 solution, it will liberate 96500 gm of Cu

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Fused NaCl on electrolysis gives Sodium on cathode.

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Is Lead storage battery is secondary cell

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Faraday’s law of electrolysis is related to Speed of anion

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in electrolytic cells the electrical energy is used to carry out a spontaneous reaction

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In electrolytic cell cathode acts as oxidising agent?

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The unit of equivalent conductivity is ohm cm ?

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mercury cell has a constant cell potencial throughout its useful life

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the conductivity of strong elctrolyte increases on dilution slightly.

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Galvanised iron sheets are coated with carbon

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The highest electrical conductivity in aqueous solutions is 0.1 M chloro acetic acid

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The electrical energy released from an electrochemical cell can do useful work.

In an electrochemical cell, in the inner circuit current is carried by ions and in the external circuit, current of electrons flows through the metal conductors.

In electrochemical cell Oxidation occurs at Cu electrode

electrochemical Daniell cell Current flows from zinc electrode to copper electrode

In electrochemical series metals below hydrogen are strong reducing agents

A scalar quantity is the one that does not vary from one point to another in space

in electrochemical cell Electrons flow from anode to cathode

emf of cell = oxidation potential of anode + reduction potential of cathode

If 96500 coulomb electricity is passed through CuSO4 solution, it will liberate 96500 gm of Cu

Fused NaCl on electrolysis gives Sodium on cathode.

Is Lead storage battery is secondary cell

Faraday’s law of electrolysis is related to Speed of anion

in electrolytic cells the electrical energy is used to carry out a spontaneous reaction

In electrolytic cell cathode acts as oxidising agent?

The unit of equivalent conductivity is ohm cm ?

mercury cell has a constant cell potencial throughout its useful life

the conductivity of strong elctrolyte increases on dilution slightly.

Galvanised iron sheets are coated with carbon

The highest electrical conductivity in aqueous solutions is 0.1 M chloro acetic acid

If the conductivity and conductance of a solution is same then it cell constant is equal to 0