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In the following table are reported (at 15.7°C) the values of the ratio, PV/RT, for one mole of air, at different pressures. When gas behaves as a perfect gas this ratio is equal to the unit. At 100 bar, chose the correct statement: Pressure (bar) 1 C. PV RT e. 100 1 0.9824 150 0.9976 200 a. The volume occupied at constant T and P is greater than for the ideal gas b. There are repulsive interactions between the air molecules. The gas is more compressible than ideal gas d. We can put less than one mole of air in the same volume, compared to ideal gas. The gas is still ideal 1.0265

In the following table are reported (at 15.7°C) the values of the ratio, PV/RT, for one mole of air, at different pressures. When gas behaves as a perfect gas this ratio is equal to the unit. At 100 bar, chose the correct statement: Pressure (bar) 1 C. PV RT e. 100 1 0.9824 150 0.9976 200 a. The volume occupied at constant T and P is greater than for the ideal gas b. There are repulsive interactions between the air molecules. The gas is more compressible than ideal gas d. We can put less than one mole of air in the same volume, compared to ideal gas. The gas is still ideal 1.0265

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter4: Introduction To Gases
Section: Chapter Questions
Problem 67E: The compression ratio in an automobile engine is the ratio of the gas pressure at the end of the...
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In the following table are reported (at 15.7°C) the values of the ratio, PV/RT, for one mole of air, at different pressures. When gas behaves as a perfect gas this ratio is equal to the unit. At 100 bar, chose the correct statement: Pressure (bar) 1 PV RT 1 100 0.9824 150 0.9976 200 1.0265 a. The volume occupied at constant T and P is greater than for the ideal gas b. There are repulsive interactions between the air molecules. c. The gas is more compressible than ideal gas d. We can put less than one mole of air in the same volume, compared to ideal gas. e. The gas is still ideal
Transcribed Image Text:In the following table are reported (at 15.7°C) the values of the ratio, PV/RT, for one mole of air, at different pressures. When gas behaves as a perfect gas this ratio is equal to the unit. At 100 bar, chose the correct statement: Pressure (bar) 1 PV RT 1 100 0.9824 150 0.9976 200 1.0265 a. The volume occupied at constant T and P is greater than for the ideal gas b. There are repulsive interactions between the air molecules. c. The gas is more compressible than ideal gas d. We can put less than one mole of air in the same volume, compared to ideal gas. e. The gas is still ideal
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