Join / Login

Liquid State

States of Matter

Chemistry

Class 11

Overview

Learn

Videos

Vapour Pressure of Liquid

15 mins

Surface Tension of Liquid

7 mins

Viscosity of Liquid

8 mins

Study Materials

States of Matter: Videos, Solids, Liquids, Gases, Concepts and Examples

Quick summary with Stories

Vapor pressure of Liquid

4 mins read

Surface Tension of Liquid

3 mins read

Viscosity of Liquids

3 mins read

Revise with Concepts

Liquid State - Vaporisation and Vapour Pressure

ExampleDefinitionsFormulaes

Liquid State - Surface Tension

ExampleDefinitionsFormulaes

Liquid State - Viscosity

ExampleDefinitionsFormulaes

Which of the following has maximum vapour pressure at a given temperature?

View solution

Two moles of pure liquid 'A' ( $P_{A}^{o}$ = 80mm of Hg) and 3 moles of pure liquid 'B' ( $P_{B}^{o}$ = $120$ mm of $H g$ ) are mixed. Assuming ideal behaviour.

View solution

$X, Y$ and $Z$ in the given graph are?

View solution

The vapour pressure will be lowest for

View solution

Above critical point, the meniscus between liquid and vapour phase disappears due to:

View solution

Two containers, X and Y at 300K and 350K with water vapour pressures 22 mm and 40 mm respectively a are connected, initially closed with a valve. If the valves opened.

View solution

Name two phenomena that can be explained on the basis of surface tension.

View solution

How is vapour pressure of liquid related to atmospheric pressure?

View solution

If $P C l_{5}$ is 80% dissociated at $250$ then its vapour density at room temperature will be:

View solution

The reduction potential of hydrogen electrode will be positive if

View solution

Liquid State

Overview

Learn

Videos

Study Materials

Quick summary with Stories

Vapor pressure of Liquid

Surface Tension of Liquid

Viscosity of Liquids

Revise with Concepts

Liquid State - Vaporisation and Vapour Pressure

Liquid State - Surface Tension

Liquid State - Viscosity

Related questions

Which of the following has maximum vapour pressure at a given temperature?

Two moles of pure liquid 'A' ( $P_{A}^{o}$ = 80mm of Hg) and 3 moles of pure liquid 'B' ( $P_{B}^{o}$ = $120$ mm of $H g$ ) are mixed. Assuming ideal behaviour.

$X, Y$ and $Z$ in the given graph are?

The vapour pressure will be lowest for

Above critical point, the meniscus between liquid and vapour phase disappears due to:

Two containers, X and Y at 300K and 350K with water vapour pressures 22 mm and 40 mm respectively a are connected, initially closed with a valve. If the valves opened.

Name two phenomena that can be explained on the basis of surface tension.

How is vapour pressure of liquid related to atmospheric pressure?

If $P C l_{5}$ is 80% dissociated at $250$ then its vapour density at room temperature will be:

The reduction potential of hydrogen electrode will be positive if

More topics

Liquid State

Overview

Learn

Videos

Study Materials

Quick summary with Stories

Vapor pressure of Liquid

Surface Tension of Liquid

Viscosity of Liquids

Revise with Concepts

Liquid State - Vaporisation and Vapour Pressure

Liquid State - Surface Tension

Liquid State - Viscosity

Related questions

Which of the following has maximum vapour pressure at a given temperature?

Two moles of pure liquid 'A' (PAo​ = 80mm of Hg) and 3 moles of pure liquid 'B' (PBo​ = 120mm of Hg) are mixed. Assuming ideal behaviour.

X,Y and Z in the given graph are?

The vapour pressure will be lowest for

Above critical point, the meniscus between liquid and vapour phase disappears due to:

Two containers, X and Y at 300K and 350K with water vapour pressures 22 mm and 40 mm respectively a are connected, initially closed with a valve. If the valves opened.

Name two phenomena that can be explained on the basis of surface tension.

How is vapour pressure of liquid related to atmospheric pressure?

If PCl5​ is 80% dissociated at 250 then its vapour density at room temperature will be:

The reduction potential of hydrogen electrode will be positive if

More topics

Two moles of pure liquid 'A' ( $P_{A}^{o}$ = 80mm of Hg) and 3 moles of pure liquid 'B' ( $P_{B}^{o}$ = $120$ mm of $H g$ ) are mixed. Assuming ideal behaviour.

$X, Y$ and $Z$ in the given graph are?

If $P C l_{5}$ is 80% dissociated at $250$ then its vapour density at room temperature will be: