There are 1023 particles. The system has two energy levels only: 0 J and 10-23 J. Find the number of particles at 0 J when the temperature is: Solutions to Example 4 1) 1 K 1) 6.736 x 1022 2) 2 K 3) зк 4) 4 K 5) 5 K 6) 6 K 7) 7 K 8) 8 K
There are 1023 particles. The system has two energy levels only: 0 J and 10-23 J. Find the number of particles at 0 J when the temperature is: Solutions to Example 4 1) 1 K 1) 6.736 x 1022 2) 2 K 3) зк 4) 4 K 5) 5 K 6) 6 K 7) 7 K 8) 8 K
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![There are 1023 particles. The system has two energy levels
only: 0 J and 10-23 J. Find the number of particles at 0 J
when the temperature is:
Solutions to Example 4
1) 1 K
2) 2 K
3) зк
4) 4 K
5) 5 K
6) 6 K
1) 6.736 x 1022
7) 7 K
8) 8 K](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1ea5333a-f6fa-4833-824a-10afc4a481eb%2F55323a39-7756-4460-bcc0-41bf7fde5327%2Fg87pzos_processed.jpeg&w=3840&q=75)
Transcribed Image Text:There are 1023 particles. The system has two energy levels
only: 0 J and 10-23 J. Find the number of particles at 0 J
when the temperature is:
Solutions to Example 4
1) 1 K
2) 2 K
3) зк
4) 4 K
5) 5 K
6) 6 K
1) 6.736 x 1022
7) 7 K
8) 8 K
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