Question

according to bohr's theory , e- of h-atom has energy , En=-13.59/n^2 eV. then determine the amount of energy required to take out an electron of He+ ion from its third orbit. what is the answer?

Answer 1

Answer:

Answer:En =-13.6 × Z^2/n^2

Answer:En =-13.6 × Z^2/n^2 = -13.6 × 2^2/3^2

Answer:En =-13.6 × Z^2/n^2 = -13.6 × 2^2/3^2 = -13.6 ×4/9

Answer:En =-13.6 × Z^2/n^2 = -13.6 × 2^2/3^2 = -13.6 ×4/9 = -1.51 × 4

Answer:En =-13.6 × Z^2/n^2 = -13.6 × 2^2/3^2 = -13.6 ×4/9 = -1.51 × 4 = -6.04

Answer:En =-13.6 × Z^2/n^2 = -13.6 × 2^2/3^2 = -13.6 ×4/9 = -1.51 × 4 = -6.04please mark my answer as brainliest if the answer is correct