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11 Nov 2019
9/6/2017 11:55 PM A 56.8/100 Gradeboolk een Print Calculator -Periodic Table Question 11 of 20 Map Sapling Learning macmillan leaming this question has been customizedby the faculty at University of Arizona The following graphs show the temperature and pressure at various depths in the hydrosphere Debth (km) Depth (km) Imagine that you model your lungs as a 5 L sealed balloon at sea level: What will happen to the potential energy due to intermolecular forces between you dive down into the ocean? 0.8 air molecules in your lungs as 0.6 Assume that the temperature of your body will adjust to the surrounding temperature as you descend. Keep in mind that, in general, your breathin adjusts to keep the same number o particles of air in your lungs at different depths 0.2 0.2 270 280 290 10 20 30 40 50 60 70 80 90 100 Temperature (K) Pressure (atm) O The potential energy will remain the same The potential energy will first increase and then O O decrease as you go deeper into the ocean The potential energy will decrease (more negative) The potential energy will increase (less negative) e Previous O Check Answer Next Exit
9/6/2017 11:55 PM A 56.8/100 Gradeboolk een Print Calculator -Periodic Table Question 11 of 20 Map Sapling Learning macmillan leaming this question has been customizedby the faculty at University of Arizona The following graphs show the temperature and pressure at various depths in the hydrosphere Debth (km) Depth (km) Imagine that you model your lungs as a 5 L sealed balloon at sea level: What will happen to the potential energy due to intermolecular forces between you dive down into the ocean? 0.8 air molecules in your lungs as 0.6 Assume that the temperature of your body will adjust to the surrounding temperature as you descend. Keep in mind that, in general, your breathin adjusts to keep the same number o particles of air in your lungs at different depths 0.2 0.2 270 280 290 10 20 30 40 50 60 70 80 90 100 Temperature (K) Pressure (atm) O The potential energy will remain the same The potential energy will first increase and then O O decrease as you go deeper into the ocean The potential energy will decrease (more negative) The potential energy will increase (less negative) e Previous O Check Answer Next Exit
Collen VonLv2
18 Apr 2019