Question
Select the correct answer.
Consider two gases-oxygen and nitrogen at STP. How will the kinetic energy of the gases be affected if we only increase the temperature of
oxygen?
A. The kinetic energy of both gases will increase, and then after sometime both will have the same kinetic energy.
B. Oxygen will have more kinetic energy than nitrogen.
C. Oxygen will have less kinetic energy than nitrogen.
D. Initially nitrogen will have more kinetic energy, and then after sometime oxygen will have more kinetic energy.
E. Kinetic energy won’t be affected at all.
Rext
Consider two gases-oxygen and nitrogen at STP. How will the kinetic energy of the gases be affected if we only increase the temperature of
oxygen?
A. The kinetic energy of both gases will increase, and then after sometime both will have the same kinetic energy.
B. Oxygen will have more kinetic energy than nitrogen.
C. Oxygen will have less kinetic energy than nitrogen.
D. Initially nitrogen will have more kinetic energy, and then after sometime oxygen will have more kinetic energy.
E. Kinetic energy won’t be affected at all.
Rext
Ask by Turner Summers. in the United States
Mar 24,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
La opción correcta es B: El oxígeno tendrá más energía cinética que el nitrógeno.
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Extra Insights
When you increase the temperature of just the oxygen gas, the average kinetic energy of the oxygen molecules increases because kinetic energy is directly proportional to temperature. Since nitrogen’s temperature remains constant, its kinetic energy will stay the same. Thus, the correct conclusion is that the kinetic energy of oxygen will be greater than that of nitrogen immediately after the temperature increase.
When it comes to real-world applications, understanding the behavior of gases under temperature changes is crucial in fields like meteorology and aviation. For instance, in aviation, different gas compositions in the atmosphere can affect lift and drag on aircraft during flight. That’s why pilots need to keep a close eye on temperature and pressure conditions!
