At a particular temperature and atmospheric pressure, the solid and liquid phases of a pure substance can exist in equilibrium.

Question 1

At a particular temperature and atmospheric pressure, the solid and liquid phases of a pure substance can exist in equilibrium. Which of the following term defines this temperature? .

(a) Normal melting point

(b) Equilibrium temperature

(c) Boiling point

(d) Freezing point

Question 2

(a, d) These are normal melting point and freezing point since they are measured at atmospheric pressure.

kratos · Answer 1 · 2020-09-11T17:15:00+0000

(a, d) These are normal melting point and freezing point since they are measured at atmospheric pressure.

At a particular temperature and atmospheric pressure, the solid and liquid phases of a pure substance can exist in equilibrium.

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At a particular temperature and atmospheric pressure, the solid and liquid phases of a pure substance can exist in equilibrium.

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1 Answer

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