Calculate the Boltzmann distribution for sodium (Na) atoms in an inductively coupled plasma a 8000K. How many orders of magnitude larger is this distribution compared to Na in a flame at 2700K? AE = 3.371 X 10 19 J for Na between the ground state and the lowest excited state. g* = 2 9o =1 Botlzmann's constant: k = 1.381X 10-23 J/K O A. Boltzmann distribution for Na at 800OK is 4.73 X 102, which is 4 orders of magnitude larger than for 2700K. O B. Boltzmann distribution for Na at 800OK is 4.73 X 102, which is 2 orders of magnitude larger than for 2700K. C. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 2 orders of magnitude larger than for 2700K. D. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 4 orders of magnitude larger than for 2700K.
Calculate the Boltzmann distribution for sodium (Na) atoms in an inductively coupled plasma a 8000K. How many orders of magnitude larger is this distribution compared to Na in a flame at 2700K? AE = 3.371 X 10 19 J for Na between the ground state and the lowest excited state. g* = 2 9o =1 Botlzmann's constant: k = 1.381X 10-23 J/K O A. Boltzmann distribution for Na at 800OK is 4.73 X 102, which is 4 orders of magnitude larger than for 2700K. O B. Boltzmann distribution for Na at 800OK is 4.73 X 102, which is 2 orders of magnitude larger than for 2700K. C. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 2 orders of magnitude larger than for 2700K. D. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 4 orders of magnitude larger than for 2700K.
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![Calculate the Boltzmann distribution for sodium (Na) atoms in an inductively coupled plasma a
8000K. How many orders of magnitude larger is this distribution compared to Na in a flame at
2700K?
AE = 3.371 X 10 19 J for Na between the ground state and the lowest excited state.
g* = 2
9o = 1
Botlzmann's constant: k = 1.381 X 10-23 J/K
%3D
A. Boltzmann distribution for Na at 8000K is 4.73 X 102, which is 4 orders of magnitude
larger than for 2700K.
O B. Boltzmann distribution for Na at 800OK is 4.73 X 102, which is 2 orders of magnitude
larger than for 2700K.
C. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 2 orders of magnitude
larger than for 2700K.
D. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 4 orders of magnitude
larger than for 2700K.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8fa19d83-7de0-4558-8363-ea5be5474573%2F40d353a2-8dc6-4aec-bca7-fb934810e83b%2F2hcyzm5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the Boltzmann distribution for sodium (Na) atoms in an inductively coupled plasma a
8000K. How many orders of magnitude larger is this distribution compared to Na in a flame at
2700K?
AE = 3.371 X 10 19 J for Na between the ground state and the lowest excited state.
g* = 2
9o = 1
Botlzmann's constant: k = 1.381 X 10-23 J/K
%3D
A. Boltzmann distribution for Na at 8000K is 4.73 X 102, which is 4 orders of magnitude
larger than for 2700K.
O B. Boltzmann distribution for Na at 800OK is 4.73 X 102, which is 2 orders of magnitude
larger than for 2700K.
C. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 2 orders of magnitude
larger than for 2700K.
D. Boltzmann distribution for Na at 8000K is 9.46 X 102, which is 4 orders of magnitude
larger than for 2700K.
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