Conc. sulphuric acid is used as it is non volatile and has a high boiling point.

False

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Solution

The correct option is B
True

Conc. sulphuric acid is used as it is non volatile and has a high boiling point. Intermolecular hydrogen bonding makes concentrated $H_{2} S O_{4}$ highly viscous.

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Similar questions

(a) Which property of sulphuric acid accounts for its use as a dehydrating agent ?

(b) Concentrated sulphuric acid is both an oxidizing agent and a non-volatile acid. Write on equation each to illustrate the above mentioned properties of sulphuric acid.

(a) Name the process used for the large scale manufacture of sulphuric acid.
(b) Which property of sulphuric acid accounts for its use as a dehydrating agent?
(c) Concentrated sulphuric acid is both an oxidising agent and a non-volatile acid. Write one equation each to illustrate the properties of sulphuric acid mentioned above.

(c) (i) Name the process used for the large scale manufacture of sulphuric acid.
(ii) Which property of sulphuric acid accounts for its use as a dehydrating agent?
(iii) Concentrated sulphuric acid is both an oxidizing agent and non-volatile acid. Write one equation each to illustrate the above mentioned properties of sulphuric acid.

Give examples of the use of sulphuric acid as
(i) an electrolyte in everyday use,
(ii) non-volatile acid,
(iii) an oxidizing agent.

Describe the reactions that show
(i) Concentrated sulphuric acid is a non-volatile acid.
(ii) Concentrated sulphuric acid acts as a dehydrating agent.
(iii) Concentrated sulphuric acid is an oxidising agent.
(iv) Dilute sulphuric acid behaves as dibasic acid.

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Conc. sulphuric acid is used as it is non volatile and has a high boiling point.

The correct option is B True Conc. sulphuric acid is used as it is non volatile and has a high boiling point. Intermolecular hydrogen bonding makes concentrated H2SO4 highly viscous.

The correct option is B
True

Conc. sulphuric acid is used as it is non volatile and has a high boiling point. Intermolecular hydrogen bonding makes concentrated $H_{2} S O_{4}$ highly viscous.