In this phase diagram for water, indicate the direction that the solid-liquid and liquid-gas coexistence lines...

n this phase diagram for water, indicate the direction that the solid-liquid and liquid-gas coexistence lines will move after the addition of solute. liquid solid gas Temperature (OC)

In this phase diagram for water, indicate the direction that the solid-liquid and liquid-gas coexistence lines will move after the addition of solute.

Solutions

Expert Solution

when solute is added to water it will decrease the freezing point of the water and increase the boiling point of the water.

solid liquid line represents the freezing point of the water in x axis

Gas liquid line represents the boiling point of the water in x axis

temperature is decreasing when we add solute as we said in first line and hence solid-liquid line will move towards left

temperature is increasing when we add solute as we said in first line and hence Gas-liquid line will move towards right

first one from left is(Solid - liquid) <------

second from left is(Gas - liquid) ------>

queen_honey_blossom answered 1 year ago

Next > < Previous

Related Solutions

True or False: The solid-gas and solid-liquid coexistence lines always have positive slopes in the phase diagram of a pure substance.

1. True or False: The solid-gas and solid-liquid coexistence lines always have positive slopes in the...

1. True or False: The solid-gas and solid-liquid coexistence lines always have positive slopes in the phase diagram of a pure substance. 2. True or False: The molar Gibbs free energy of a pure solid will increase less as pressure increases than would the molar Gibbs free energy of a perfect gas. 3. True or False: Partial molar volumes must always be positive. 4. True or False: If the entropy of mixing in a real solution is positive, then its...

Unlike on the liquid-gas coexistence curve, on the liquid-solid coexistence curve, we can assume that the...

Unlike on the liquid-gas coexistence curve, on the liquid-solid coexistence curve, we can assume that the latent heat and change in volume are approximately independent of temperature. With this in mind, derive a relationship for pressure as a function of temperature on the liquid-solid coexistence curve

Water changes between solid phase (as ice) and liquid phase at 0℃. and between liquid phase and gas phase (as water vapor) at 100 ℃.

Water changes between solid phase (as ice) and liquid phase at 0℃. and between liquid phase and gas phase (as water vapor) at 100 ℃. Write a program to accept a temperature front keyboard, and display the corresponding water phase (solid, liquid or gas) under that temperature.

A phase diagram is a temperature-pressure plot that summarizes the conditions under which a substance exists as a solid, liquid, or gas.

A phase diagram is a temperature-pressure plot that summarizes the conditions under which a substance exists as a solid, liquid, or gas. The curves that separate the phases are known as phase boundaries. Each phase boundary represents the equilibrium between the phases on either side of the curve. Identify the components of the phase diagram of water.Drag the appropriate labels to their respective targets.

Water is cooled to 32K, and it appears to be on the solid phase on the phase changing diagram as the temperature is low.

Water is cooled to 32K, and it appears to be on the solid phase on the phase changing diagram as the temperature is low. We compress the ice to a temperature of 340-350K (around 30ATM on the pressure dial).a. Where is the red dot now located in the phase changing diagram? Would it be on the line between liquid and gas phases?b. What does that position on them phase change diagram say about pressure and temperature?c. What happens to the...

In the video, you can see that when heat is applied to a solid it is converted into the liquid phase and then into the gas phase.

In the video, you can see that when heat is applied to a solid it is converted into the liquid phase and then into the gas phase. This process can be studied by plotting the graph of temperature versus the time during which heat is applied to the system. Using this information, arrange the average kinetic energy of the molecules for the following options in decreasing order. Rank from the highest to lowest. To rank items as a equivalent, overlap them.

Question