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System 1 Is 3

Question 64

Multiple Choice

System 1 is 3.1 moles of a monatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase.System 2 is 3.1 moles of a diatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase equal to the temperature increase of System 1.The pressure increase for system 1 is System 1 is 3.1 moles of a monatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase.System 2 is 3.1 moles of a diatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase equal to the temperature increase of System 1.The pressure increase for system 1 is   And for System 2 is   During the temperature increases.What is the ratio of   ? ​ A)  1.00 B)  0.60 C)  1.67 D)  2.50 E)  ​4.50
And for System 2 is System 1 is 3.1 moles of a monatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase.System 2 is 3.1 moles of a diatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase equal to the temperature increase of System 1.The pressure increase for system 1 is   And for System 2 is   During the temperature increases.What is the ratio of   ? ​ A)  1.00 B)  0.60 C)  1.67 D)  2.50 E)  ​4.50
During the temperature increases.What is the ratio of System 1 is 3.1 moles of a monatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase.System 2 is 3.1 moles of a diatomic ideal gas held at a constant volume of 2.51 L as it undergoes a temperature increase equal to the temperature increase of System 1.The pressure increase for system 1 is   And for System 2 is   During the temperature increases.What is the ratio of   ? ​ A)  1.00 B)  0.60 C)  1.67 D)  2.50 E)  ​4.50
?


A) 1.00
B) 0.60
C) 1.67
D) 2.50
E) ​4.50

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