
Phaes Diagram Lesson
Presentation
•
Chemistry
•
12th Grade
•
Medium
Standards-aligned
NAUDIA LAWRENCE
Used 8+ times
FREE Resource
7 Slides • 5 Questions
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8
Multiple Choice
The graph below shows a compound being cooled, beginning in the liquid phase.
Which statement describes the average kinetic energy and the potential energy between minute 2 and minute 6?
(1) Average kinetic energy and potential energy both decrease.
(2) Average kinetic energy and potential energy both remain constant.
(3) Average kinetic energy remains constant and potential energy increases.
(4) Average kinetic energy remains constant and potential energy decreases.
9
Multiple Choice
Given the cooling curve for a substance in the picture:
During which intervals is the potential energy decreasing while the average kinetic energy remains constant?
(1) BC and AB
(2) BC and DE
(3) EF and AB
(4) EF and DE
10
Multiple Choice
The cooling curve below represents the uniform cooling of a substance, starting at a temperature above its boiling point.
During which time interval does the substance exist as both a liquid and a solid?
(1) min 2 to min 4
(2) min 4 to min 5
(3) min 5 to min 7
(4) min 7 to min 9
11
Multiple Choice
The heating curve below represents a sample of a substance starting as a solid below its melting point and being heated over a period of time.
Which statement describes the energy of the particles in this sample during interval DE?
(1) Both potential energy and average kinetic energy increase.
(2) Both potential energy and average kinetic energy decrease.
(3) Potential energy increases and average kinetic energy remains the same.
(4) Potential energy remains the same and average kinetic energy increases
12
Multiple Choice
The graph below represents the uniform heating of a sample of a substance starting as a solid below its melting point.
Which statement describes what happens to the energy of the particles of the sample during time interval DE?
(1) Average kinetic energy increases, and potential energy remains the same.
(2) Average kinetic energy decreases, and potential energy remains the same.
(3) Average kinetic energy remains the same, and potential energy increases.
(4) Average kinetic energy remains the same, and potential energy decreases.
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