Conduction of electric current takes place in covalent compounds.

True

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False

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Solution

The correct option is B
False

Covalent compounds do not have positive or negative ions in their fused or molten state. Thus, when an electric potential is applied, no ion migrates to opposite poles and, hence, no conduction of electric current takes place.

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Similar questions

Q. Polar covalent compounds conduct electricity in their:

Covalent compounds do not conduct electricity in the molten state.

Covalent bonds are formed when electrons are ____________. Covalent compounds have ____________ electrical conductivity.

A covalent compound which in aqueous state conducts electricity.

CCl₄

CS₂

_NH₃

_C2H4

(a) Explain why ionic compounds conduct electricity in solution whereas covalent compounds do not conduct electricity.
(b) Which of the following will conduct electricity and which not?
$M g C l_{2}, C C l_{4}, N a C l, C S_{2}, N a_{2} S$
Give reasons for your choice.

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Conduction of electric current takes place in covalent compounds.

The correct option is B False Covalent compounds do not have positive or negative ions in their fused or molten state. Thus, when an electric potential is applied, no ion migrates to opposite poles and, hence, no conduction of electric current takes place.

The correct option is B
False

Covalent compounds do not have positive or negative ions in their fused or molten state. Thus, when an electric potential is applied, no ion migrates to opposite poles and, hence, no conduction of electric current takes place.