Among species H , Li 2+, He +, Be 3+ and Al 3+, Bohr's model was able to explain the spectra of

Question

Among species H , Li 2+, He +, Be 3+ and Al 3+, Bohr's model was able to explain the spectra of (A) All of these. (B) None of these (C) all other species except Be 3+ (D) all other species except Al 3+

Tardigrade Admin · Accepted Answer

Except Al 3+, all contain one electron and Bohr's model could explain the spectra for one electron system, Bohr's model was not able to explain the spectra of multielectron system.

Q. Among species $H, L i^{2 +}, H e^{+}, B e^{3 +}$ and $A l^{3 +}$ , Bohr's model was able to explain the spectra of

All of these.

None of these

all other species except $B e^{3 +}$

all other species except $A l^{3 +}$

Except $A l^{3 +}$ , all contain one electron and Bohr's model could explain the spectra for one electron system, Bohr's model was not able to explain the spectra of multielectron system.

Q. Among species H,Li2+,He+,Be3+ and Al3+, Bohr's model was able to explain the spectra of

All of these.

None of these

all other species except Be3+

all other species except Al3+

Except Al3+, all contain one electron and Bohr's model could explain the spectra for one electron system, Bohr's model was not able to explain the spectra of multielectron system.

Q. Among species $H, L i^{2 +}, H e^{+}, B e^{3 +}$ and $A l^{3 +}$ , Bohr's model was able to explain the spectra of

all other species except $B e^{3 +}$

all other species except $A l^{3 +}$

Except $A l^{3 +}$ , all contain one electron and Bohr's model could explain the spectra for one electron system, Bohr's model was not able to explain the spectra of multielectron system.