Go to the Quizzes Page Pressure Changes 0% 1208 Created by AbuBakrShalabi Please write your name and email to receive your certificate. 1 / 24 Boyle’s Law describes the inverse relationship between pressure and volume. Which statement BEST describes this relationship between pressure and volume? When volume decreases, pressure remains constant. When volume increases, pressure increases. When volume decreases, pressure decreases. When volume increases, pressure decreases. 2 / 24 Which container will have a lower pressure? I don't know A B They both have the same pressure 3 / 24 The relationship of which two variables are compared in Charles’s Law? volume & temperature temperature & pressure pressure & volume volume & moles (amount of gas) 4 / 24 What changes will happen to the gas in the syringe if you push the piston as shown in the image? Volume increases Pressure increases Collision between particles decrease Volume decreases 5 / 24 ____________  is the force applied per unit area of a material's surface. Pressure Heat Volume Temperature 6 / 24 When two variables change in opposite ways , they have a(n) ________________  relationship. proportional equally inversely proportional independent 7 / 24 What happens to the molecules of a substance as it gets cooler? The molecules shrink The molecules move slower The molecules expand The molecules move faster 8 / 24 As the temperature of a sample goes up, the __________ energy of the particles in that sample is increasing kinetic chemical electrical potential 9 / 24 According to Charles Law, if Temperature of a gas increases Volume will also.... Decreases Stays the same Increases 10 / 24 At constant temperature, the relationship between the pressure and the volume of a fixed amount of gas is described __________. by Newton's law by Boyle's law by Charles's law by Faraday's Law 11 / 24 Where do you think boiling water is faster: on the mountaintop or on the sea surface? can't be determined on the sea surface on the mountaintop the same on both 12 / 24 Boyle's law studies the relationship between _______________. pressure and temperature volume and number of particles pressure and volume pressure and number of particles 13 / 24 Boyle’s Law describes the inverse relationship between pressure and volume. Which statement BEST describes this relationship between pressure and volume? When volume decreases, pressure decreases. When volume increases, pressure decreases. When volume decreases, pressure remains constant. When volume increases, pressure increases. 14 / 24 What remains constant according to Charles’ Law? Pressure Volume Length Temperature 15 / 24 Which statement is TRUE about thermal energy? Thermal energy is the total kinetic and potential energy of all the particles. Thermal energy is the force applied per unit area of surface. Thermal energy is a measure of the average kinetic energy of the particles of a substance. Thermal energy is the transfer of kinetic energy from one object to another. 16 / 24 The relationship of which two variables are compared in Boyle's Law? volume & moles (amount of gas) temperature & pressure pressure & volume volume & temperature 17 / 24 Which of the following graphs shows an inverse relationship between its variables? . . . . 18 / 24 When two variables change the same way, they have a(n) ________________  relationship. proportional equally independent inversely proportional 19 / 24 Which of the following quantities are kept constant in Boyle’s law? number of gas particles and temperature pressure of gas and temperature heat and temperature number of gas particles and pressure 20 / 24 Indicate the variables studied in this case and describe their relationship. Volume and temperature; proportional relationship Volume and pressure; proportional relationship Volume and temperature; inversely proportional relationship Volume and pressure; inversely proportional relationship 21 / 24 State Boyle’s law gas particles are far apart pressure of gas is always high boiling is controlled by volume volume is inversely proportional with pressure 22 / 24 What is the effect of pumping more gas particles into a solid container? gas pressure inside the container decreases gas pressure inside the container increases then decreases gas pressure inside the container increases gas pressure inside the container remains constant 23 / 24 The gas enclosed in a container exerts a pressure on the inner walls of the container. What is the cause of the gas pressure? The gas pressure is due to the size of the gas particles. The gas pressure is due to the mass of the gas particles. The gas pressure is due to the force of the collision of gas particles. The gas pressure is due to the spaces between the gas particles 24 / 24 Observe the graph that shows the relationship between two variables. Indicate the variables studied in this case and describe their relationship. volume and pressure; proportional relationship volume and temperature; proportional relationship volume and pressure; inversely proportional relationship volume and temperature; inversely proportional relationship Your score is 0% Restart quiz Go to the Quizzes Page