Question

The triple point on a phase diagram identifies: a. The conditions in which a phase can...

The triple point on a phase diagram identifies:

a. The conditions in which a phase can exist at three pressures.

b. The temperature above which the supercritical fluid exists.

c. The conditions in which three phases co-exist.

d. The conditions in which a phase can exist at three temperatures.

e. The conditions in which the melting point, freezing point, and boiling point coincide.

In the phase diagram below, which is the gas to solid transition?

This is a phase diagram. The x-axis is temperature in Celsius, increasing left to right. The y-axis is pressure in atmospheres, increasing bottom to top. A black line starts at approximately 2 on the y-axis and curves up and to the right, ending at 300 atmospheres and 50 celsius. A second black line begins on the first black line at approximately 6 atmospheres and -15 celsius. The second black line curves up and to the right ending at 300 atmospheres and 200 celsius. The area between the y-axis and the first black line in labeled "C". The area between the first and second black lines is labeled "B". The area between the axes, the second black line, and the segment of the first black line before the second line branches off is labeled "A".

Select one:

a. A to C

b. B to C

c. C to B

d. A to B

e. C to A

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Answer #1

The triple point on a phase diagram identifies:

(c) The conditions in which three phases co-exist. (Theory)

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