Chemistry, asked by hemanth1510, 1 year ago

the energy of an electron present in Bohr's second orbit of hydrogen atom

Answers

Answered by Anonymous
10

E =_13.6/n^2

n=1

E=_13.6


captainkhan85: =_=
captainkhan85: Laila ?!
captainkhan85: yrr ??
captainkhan85: Sorry !!
captainkhan85: Laila ?
captainkhan85: Alright As ur Wish
captainkhan85: Bye
Answered by captainkhan85
77

Answer:  13.6

Explanation:

The energy of an electron in the first bohr orbit of h is -13.6 eV.


Anonymous: di
Anonymous: ne
Anonymous: account
Anonymous: del
Anonymous: why
Anonymous: she
Anonymous: deleted.
Anonymous: her
Anonymous: account
captainkhan85: nhi pta
Similar questions