Nickel (Ni[Z=28]) forms an atomic vapor at 2000K. You can consider this vapor to be an ideal gas. What is the paramagnetic contribution to the Curie (molar) susceptibility of this gas at 1000K (in SI units). 1. 2.749 × 10-2 2. 3.906 3. 0.02749 4. 3.906 x 10-2
Nickel (Ni[Z=28]) forms an atomic vapor at 2000K. You can consider this vapor to be an ideal gas. What is the paramagnetic contribution to the Curie (molar) susceptibility of this gas at 1000K (in SI units). 1. 2.749 × 10-2 2. 3.906 3. 0.02749 4. 3.906 x 10-2
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![Nickel (Ni[Z=28]) forms an atomic vapor at 2000K. You can consider this vapor to be an ideal
gas. What is the paramagnetic contribution to the Curie (molar) susceptibility of this gas at
1000K (in SI units).
1. 2.749 x 10-2
2. 3.906
3. 0.02749
4. 3.906 x 10-2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8a84abbd-1c2d-4990-b567-616817b86428%2F66204027-26ab-4611-95fb-1a60a5075245%2Fi1hnfq8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Nickel (Ni[Z=28]) forms an atomic vapor at 2000K. You can consider this vapor to be an ideal
gas. What is the paramagnetic contribution to the Curie (molar) susceptibility of this gas at
1000K (in SI units).
1. 2.749 x 10-2
2. 3.906
3. 0.02749
4. 3.906 x 10-2
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