Calculate the energy associated with the first orbit if He+.What is th

1.	Calculate the energy associated with the first orbit if He+.What is the radius of this orbit?
Answer» Energy E = -13.6 x \(\frac{z^2}{n^2}\)eV For He⁺z = 2 Value of n for first orbit = 1 \(\therefore\) E = -13.6 x \(\frac{(2)^2}{(1)^2}\) = -54.4 eV Radius of this orbit, r_n = \(\frac{52.9(n^2)}{z}\) r₁ = \(\frac{52.9\times1^2}{2}\) = 26.45 pm = 0.2645 Å

Calculate the energy associated with the first orbit if He+.What is the radius of this orbit?

Answer»

Energy E = -13.6 x \(\frac{z^2}{n^2}\)eV

For He⁺z = 2

Value of n for first orbit = 1

\(\therefore\) E = -13.6 x \(\frac{(2)^2}{(1)^2}\)

= -54.4 eV

Radius of this orbit,

r_n = \(\frac{52.9(n^2)}{z}\)

r₁ = \(\frac{52.9\times1^2}{2}\)

= 26.45 pm

= 0.2645 Å