System 1 is 3.6 moles of a monatomic ideal gas held at a constant volume as it undergoes a temperature increase.System 2 is 3.6 moles of a diatomic ideal gas held at constant volume as it also undergoes a temperature increase.The thermal energy absorbed by System 1 is
,and the thermal energy absorbed by System 2 is
As both systems undergo a temperature increase of 74.6 K.What is the ratio
?

A) 1.00
B) 0.60
C) 1.67
D) The volumes of the systems need to be known before the ratio can be found.
E) 2.50

Question

System 1 is 3.6 moles of a monatomic ideal gas held at a constant volume as it undergoes a temperature increase.System 2 is 3.6 moles of a diatomic ideal gas held at constant volume as it also undergoes a temperature increase.The thermal energy absorbed by System 1 is 
,and the thermal energy absorbed by System 2 is 
As both systems undergo a temperature increase of 74.6 K.What is the ratio 
?
​
A) 1.00 
B) 0.60 
C) 1.67 
D) The volumes of the systems need to be known before the ratio can be found. 
E) ​2.50

Quizplus · Accepted Answer

The Answer of System 1 is 3.6 moles of a monatomic ideal gas held at a constant volume as it undergoes a temperature increase.System 2 is 3.6 moles of a diatomic ideal gas held at constant volume as it also undergoes a temperature increase.The thermal energy absorbed by System 1 is 
,and the thermal energy absorbed by System 2 is 
As both systems undergo a temperature increase of 74.6 K.What is the ratio 
?
​
A) 1.00 
B) 0.60 
C) 1.67 
D) The volumes of the systems need to be known before the ratio can be found. 
E) ​2.50

System 1 Is 3