Which is the correct relationship?
(a). `E_(1)` of `H=1//2E_(2)` of `He^(+)=1//3E_(3)`of `Li^(2+)=1//4E_(4)`of `Be^(3+)`
(b). `E_(1)(H)=E_(2)(He^(+))=E_(3)(Li^(2+))=E_(4)(Be^(3+))`
(c). `E_(1)(H)=2E_(2)(He^(+))=3E_(3)(Li^(2+))=4E_(4)(Be^(3+))`
(d). No relation

Options

A. `E_(1)` of `H = (1)/(2)E_(2)` of `He^(+) =(1)/(3)E_(3)` of `Li^(+2) =(1)/(4)` of `E_(4)` of `Be^(+3)`
B. `E_(1)` of `H = E_(2)` of `He^(+) = E_(3)` of `Li^(+2) = E_(4)` of `Be^(+3)`
C. `E_(1)` of `H = 2E_(2)` of `He^(+) = 3E_(3)` of `Li^(+2) = 4E_(4)` of `Be^(+3)`
D. `E_(1)` of `H = (2)/(3)E_(2)` of `He^(+) =(4)/(3)E_(3)` of `Li^(+2)= (5)/(4)E_(4)` of `Be^(+3)`

Answer

B

Explanation

`E alpha(Z^(2))/(n^(2))`