Use the Saha equation to determine the fraction of Hydrogen atoms that are ionized NI/Ntotal at the center of the Sun, where the temperature is 15.7 million K and the electron number density is ne=6.1x1031 /m³. Don't try to compare your result with actual data, as your result will be lower due to not taking the pressure into account. Since most of the neutral H atoms are in the ground state, use Zdegeneracy=2 and, since a H ion is just a proton, Zi=1. Also, use Xi=13.6 eV.

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Use the Saha equation to determine the fraction of Hydrogen atoms that are ionized
Nu/Ntotal at the center of the Sun, where the temperature is 15.7 million K and the
electron number density is ne=6.1x1031 /m³. Don't try to compare your result with actual
data, as your result will be lower due to not taking the pressure into account. Since most
of the neutral H atoms are in the ground state, use Zrdegeneracy3D2 and, since a H ion is
just a proton, Zı=1. Also, use XI=13.6 eV.
Transcribed Image Text:Use the Saha equation to determine the fraction of Hydrogen atoms that are ionized Nu/Ntotal at the center of the Sun, where the temperature is 15.7 million K and the electron number density is ne=6.1x1031 /m³. Don't try to compare your result with actual data, as your result will be lower due to not taking the pressure into account. Since most of the neutral H atoms are in the ground state, use Zrdegeneracy3D2 and, since a H ion is just a proton, Zı=1. Also, use XI=13.6 eV.
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