Question

At 1 atm pressure in the one-component system of water, the maximum number of phases in equilibrium at the normal boiling point is ________. one

Answer 1

I wish she he us iagshwiaywjw

Answer 2

Answer:

The largest number of phases in equilibrium at the usual boiling point in a one-component system of water at 1 atm pressure is three.

Explanation:

• A one-component system can have a maximum of three phases. It has no degree of freedom or is a non-variant system when a one-component system has three phases in equilibrium. There are more degrees of freedom in the two-component system.

• The requirement of equal chemical potential must be satisfied for various phases to coexist in equilibrium at constant temperature T and pressure P. This condition implies that the maximum number of phases that can coexist in a single-component system is three.

#SPJ2