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1.) Julian and Jimmy are playing basketball outside in 39 degree Celcius weather. If they leave the ball outside and temperature drops down to 15 degree Celcius, what will happen to the volume of the gas in the ball if the pressure remains constant? A. volume will increase B. volume will decrease C. volume will double D. volume will remain the same __________of a gas is the amount of space occupied by the gases. A. temperature B. mass C. pressure D. volume 3.) The average kinetic of the molecules is directly related to the. A. temperature B. mass C. volume D. Pressure 2.) The of gas.

1.) Julian and Jimmy are playing basketball outside in 39 degree Celcius weather. If they leave the ball outside and temperature drops down to 15 degree Celcius, what will happen to the volume of the gas in the ball if the pressure remains constant? A. volume will increase B. volume will decrease C. volume will double D. volume will remain the same __________of a gas is the amount of space occupied by the gases. A. temperature B. mass C. pressure D. volume 3.) The average kinetic of the molecules is directly related to the. A. temperature B. mass C. volume D. Pressure 2.) The of gas.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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1.) Julian and Jimmy are playing basketball outside in 39 degree Celcius weather. If they leave the ball outside and temperature drops down to 15 degree Celcius, what will happen to the volume of the gas in the ball if the pressure remains constant? A. volume will increase B. volume will decrease C. volume will double D. volume will remain the same of a gas is the amount of space occupied by the gases. 2.) The A. temperature B. mass C. pressure D. volume of gas. 3.) The average kinetic of the molecules is directly related to the. A. temperature B. mass C. volume D. Pressure 4.) Which of the following properties is NOT a correct description of gaseous molecules?* A. Gaseous molecules have almost negligible mass. B. Gaseous molecules exert pressure on the container. C. Gaseous molecules exhibit volume when on a closed container. D. Gaseous molecules are not affected by temperature. 5.) At 0 degree Celcius and 5 atm, a given sample of a gas occupies 75 L. The gas is compressed to a final volume of 30 L at 0 degree Celcius. What is the final pressure? A. 5 atm B. 10 atm C. 13 atm D. 375 atm
Transcribed Image Text:1.) Julian and Jimmy are playing basketball outside in 39 degree Celcius weather. If they leave the ball outside and temperature drops down to 15 degree Celcius, what will happen to the volume of the gas in the ball if the pressure remains constant? A. volume will increase B. volume will decrease C. volume will double D. volume will remain the same of a gas is the amount of space occupied by the gases. 2.) The A. temperature B. mass C. pressure D. volume of gas. 3.) The average kinetic of the molecules is directly related to the. A. temperature B. mass C. volume D. Pressure 4.) Which of the following properties is NOT a correct description of gaseous molecules?* A. Gaseous molecules have almost negligible mass. B. Gaseous molecules exert pressure on the container. C. Gaseous molecules exhibit volume when on a closed container. D. Gaseous molecules are not affected by temperature. 5.) At 0 degree Celcius and 5 atm, a given sample of a gas occupies 75 L. The gas is compressed to a final volume of 30 L at 0 degree Celcius. What is the final pressure? A. 5 atm B. 10 atm C. 13 atm D. 375 atm
6.) Which of the following phenomena best explains Boyle's law? A. carbon dioxide being dissolve in water B. expansion of balloon as it is being submerged in hot water C. balloon burst when exposed to sunlight D. breathing apparatus being used by a patient 7.) Which of the following situations shows that air molecules can be compressed? A. Soda can burst out after shaking it vigorously. B. An aerosol exploded after heating. C. Dave can still pump air in the party balloon even though it is inflated. D. Plastic bottle shows deformation due to heat. 8.) The of a gas is the measure of the hotness or coldness of an object. It can be measured in Celsius or Kelvin. Kelvin is the absolute scale. A. pressure B. volume C. temperature D. Mass 9.) Which of the following example best illustrate Charles' Law? A. Use of oven to reheat food. B. Hot air balloon C. Use of bicycle pump or inflate the tire. D. Pressure in an oxygen tank 10.) Which of the following situation/ example proves Boyles Law? A. Push the plunger of a syringe, volume of air will decrease. B. Pull the plunger of a syringe, volume of air is negligible. C. Pull the plunger of a syringe, volume of air is constant. D. Push the plunger of a syringe, volume of air will increase.
Transcribed Image Text:6.) Which of the following phenomena best explains Boyle's law? A. carbon dioxide being dissolve in water B. expansion of balloon as it is being submerged in hot water C. balloon burst when exposed to sunlight D. breathing apparatus being used by a patient 7.) Which of the following situations shows that air molecules can be compressed? A. Soda can burst out after shaking it vigorously. B. An aerosol exploded after heating. C. Dave can still pump air in the party balloon even though it is inflated. D. Plastic bottle shows deformation due to heat. 8.) The of a gas is the measure of the hotness or coldness of an object. It can be measured in Celsius or Kelvin. Kelvin is the absolute scale. A. pressure B. volume C. temperature D. Mass 9.) Which of the following example best illustrate Charles' Law? A. Use of oven to reheat food. B. Hot air balloon C. Use of bicycle pump or inflate the tire. D. Pressure in an oxygen tank 10.) Which of the following situation/ example proves Boyles Law? A. Push the plunger of a syringe, volume of air will decrease. B. Pull the plunger of a syringe, volume of air is negligible. C. Pull the plunger of a syringe, volume of air is constant. D. Push the plunger of a syringe, volume of air will increase.
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