The solid and liquid phases of water can exist in

a state of equilibrium at 1 atmosphere of pressure

and a temperature of

(1) 0°C (3) 273°C

(2) 100°C (4) 373°C

Question

Chemistry

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7 November, 21:50

The solid and liquid phases of water can exist in

a state of equilibrium at 1 atmosphere of pressure

and a temperature of

(1) 0°C (3) 273°C

(2) 100°C (4) 373°C

+5

Answers (1)

Know the Answer?

Kelsie Conway · Answer 1

Answer: 0°C

Explanation:

Water undergoes phase changes at 1 atm pressure as follows:

Solidification, change from water to ice occurs at 0°C.

Evaporation, change from liquid to gas occurs at 100°C.

The solid and liquid phases of water can exist ina state of equilibrium at 1 atmosphere of pressureand a temperature of(1) 0°C (3) 273°C(2) 100°C (4) 373°C

The solid and liquid phases of water can exist in

a state of equilibrium at 1 atmosphere of pressure

and a temperature of

(1) 0°C (3) 273°C

(2) 100°C (4) 373°C