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5. What is the relationship between the number of particles and temperature, when the pressure and volume are held constant? As addition of particles are pumped into the particle box, the temperature is dropping with constant pressure and volume. 6. What type of relationship is this: directly proportional or inversely proportional? INVERSELY PROPORTIONAL 7. Sketch a graph that represents this relationship: 8. What is the relationship between the number of particles and volume of the chamber, when the temperature and pressure are held constant? The number of gas molecules is directly proportional to the volume of the chamber. 9. What type of relationship is this: directly proportional or inversely proportional? DIRECTLY PROPORTIONAL 10. Sketch a graph that represents this relationship:

5. What is the relationship between the number of particles and temperature, when the pressure and volume are held constant? As addition of particles are pumped into the particle box, the temperature is dropping with constant pressure and volume. 6. What type of relationship is this: directly proportional or inversely proportional? INVERSELY PROPORTIONAL 7. Sketch a graph that represents this relationship: 8. What is the relationship between the number of particles and volume of the chamber, when the temperature and pressure are held constant? The number of gas molecules is directly proportional to the volume of the chamber. 9. What type of relationship is this: directly proportional or inversely proportional? DIRECTLY PROPORTIONAL 10. Sketch a graph that represents this relationship:

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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5. What is the relationship between the number of particles and temperature, when the pressure and volume are held constant? As addition of particles are pumped into the particle box, the temperature is dropping with constant pressure and volume. 6. What type of relationship is this: directly proportional or inversely proportional? INVERSELY PROPORTIONAL 7. Sketch a graph that represents this relationship: 8. What is the relationship between the number of particles and volume of the chamber, when the temperature and pressure are held constant? The number of gas molecules is directly proportional to the volume of the chamber. 9. What type of relationship is this: directly proportional or inversely proportional? DIRECTLY PROPORTIONAL 10. Sketch a graph that represents this relationship:
Transcribed Image Text:5. What is the relationship between the number of particles and temperature, when the pressure and volume are held constant? As addition of particles are pumped into the particle box, the temperature is dropping with constant pressure and volume. 6. What type of relationship is this: directly proportional or inversely proportional? INVERSELY PROPORTIONAL 7. Sketch a graph that represents this relationship: 8. What is the relationship between the number of particles and volume of the chamber, when the temperature and pressure are held constant? The number of gas molecules is directly proportional to the volume of the chamber. 9. What type of relationship is this: directly proportional or inversely proportional? DIRECTLY PROPORTIONAL 10. Sketch a graph that represents this relationship:
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