6. When heating the N, molecules in plasma, we can observe the ratio of particle numbers in the v-0 and v=1 states (v is the vibration quantum number), NN=0.26. It is known that the vibration frequency of N, is v-6.99 x 10" s*. (1) Calculate the temparature of the plasma.

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6. When heating the N, molecules in plasma, we can observe the ratio of particle
numbers in the v=0 and v=1 states (v is the vibration quantum number), NN=0.26.
It is known that the vibration frequency of N, is v=6.99 x 10" s".
(1) Calculate the temparature of the plasma.
(2) Caleulate the percentage of the vibration energy in the total energy(including
translation, rotation and vibration).
Transcribed Image Text:Chemistry 6. When heating the N, molecules in plasma, we can observe the ratio of particle numbers in the v=0 and v=1 states (v is the vibration quantum number), NN=0.26. It is known that the vibration frequency of N, is v=6.99 x 10" s". (1) Calculate the temparature of the plasma. (2) Caleulate the percentage of the vibration energy in the total energy(including translation, rotation and vibration).
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