1. list the 3 assumptions to the kinetic theory 2. how are kelvin temperature and kinetic energy...

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1. List the 3 assumptions to the Kinetic Theory 2. How are Kelvin temperature and kinetic energy related? 3. How does the atmospheric pressure in Denver compare to the atmospheric pressure in San Diego? 4. Convert 99kPa of pressure to mm Hg 5. What is the difference between evaporation and boiling?

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Page 1: 1. List the 3 assumptions to the Kinetic Theory 2. How are Kelvin temperature and kinetic energy related? 3. How does the atmospheric pressure in Denver

1. List the 3 assumptions to the Kinetic Theory

2. How are Kelvin temperature and kinetic energy related?

3. How does the atmospheric pressure in Denver compare to the atmospheric pressure in San Diego?

4. Convert 99kPa of pressure to mm Hg

5. What is the difference between evaporation and boiling?

Page 2: 1. List the 3 assumptions to the Kinetic Theory 2. How are Kelvin temperature and kinetic energy related? 3. How does the atmospheric pressure in Denver

Page 3: 1. List the 3 assumptions to the Kinetic Theory 2. How are Kelvin temperature and kinetic energy related? 3. How does the atmospheric pressure in Denver

101.3kPa = 760 mmHg

Air pressure in the room = 623 mm Hg

1 psi = 6.894757 kPapsi = pounds per square inch

Page 4: 1. List the 3 assumptions to the Kinetic Theory 2. How are Kelvin temperature and kinetic energy related? 3. How does the atmospheric pressure in Denver

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Page 5: 1. List the 3 assumptions to the Kinetic Theory 2. How are Kelvin temperature and kinetic energy related? 3. How does the atmospheric pressure in Denver

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