Are the relative energies of the n = 1, 2, and 3 shells shown in Figure 1 the same as or different from those of the Bohr model of the atom shown in Figure 2? O They can not be evaluated. O They are different. O They are the same.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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n=3
Energy
= 2
11
3s
2s
3p
2p
Each box reprecento
one orbital.
3d
Each cluster of boxec
reprecento one cubchell.
1s
n=1 shell has one orbital
Each row reprecent:
one chell.
▼
Part A
=
Are the relative energies of the n 1, 2, and 3 shells shown in Figure 1 the same as
or different from those of the Bohr model of the atom shown in Figure 2?
O They can not be evaluated.
O They are different.
O They are the same.
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10:13 DM
Transcribed Image Text:n=3 Energy = 2 11 3s 2s 3p 2p Each box reprecento one orbital. 3d Each cluster of boxec reprecento one cubchell. 1s n=1 shell has one orbital Each row reprecent: one chell. ▼ Part A = Are the relative energies of the n 1, 2, and 3 shells shown in Figure 1 the same as or different from those of the Bohr model of the atom shown in Figure 2? O They can not be evaluated. O They are different. O They are the same. Submit Provide Feedback Request Answer Next > 10:13 DM
1 = 2 shell has two subshells composed of four orbitals
n = 3 shell has three subshells composed of nine orbitals
Figure 1
Energy levels in the hydrogen atom.
0-
1
16
-hcRH
hcRH
hcR
H
Energy
-hcRH
Figure 2
NIEMI
MI
I
F6
+4
NOT
3
2
-5
Principal quantum number, #
Transcribed Image Text:1 = 2 shell has two subshells composed of four orbitals n = 3 shell has three subshells composed of nine orbitals Figure 1 Energy levels in the hydrogen atom. 0- 1 16 -hcRH hcRH hcR H Energy -hcRH Figure 2 NIEMI MI I F6 +4 NOT 3 2 -5 Principal quantum number, #
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