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Chapter 25Haloalkanes and Haloarenes

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01Chemistry

Haloalkanes and Haloarenes Q01: Which statement about concept 1 is correct?

AThe carbon-halogen bond in haloalkanes is polar.

BIt is defined as complete loss of all protons from an atom.

CIt requires conversion of every substance into a noble gas.

DIt is independent of composition, structure, concentration and temperature in every case.

02Chemistry

Haloalkanes and Haloarenes Q02: A student is revising concept 1. Which correction is chemically sound?

AIt occurs only by peptide bond formation in proteins.

BIt is explained solely by colour change without particles or bonds.

CIt always has zero relation to electrons, ions or molecular structure.

DThe carbon-halogen bond in haloalkanes is polar.

03Chemistry

Haloalkanes and Haloarenes Q03: In a standard exam item involving concept 1, which inference is valid?

AIt means all reactions become spontaneous without conditions.

BIt is a nuclear fission rule rather than a chemistry principle.

CThe carbon-halogen bond in haloalkanes is polar.

DIt is valid only at absolute zero for pure noble gases.

04Chemistry

Haloalkanes and Haloarenes Q04: Which conclusion about concept 1 is valid and unambiguous?

AIt requires every molecule to be linear and nonpolar.

BThe carbon-halogen bond in haloalkanes is polar.

CIt always produces sodium chloride as the only product.

DIt is measured by atomic mass number alone in every problem.

05Chemistry

Haloalkanes and Haloarenes Q05: Which statement about concept 1 remains true under usual IIT/NEET assumptions?

AThe carbon-halogen bond in haloalkanes is polar.

BIt is defined as complete loss of all protons from an atom.

CIt requires conversion of every substance into a noble gas.

DIt is independent of composition, structure, concentration and temperature in every case.

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