A single electron atom has a nuclear charge +Ze where Z is the atomic number and ‘e’ is the electronic charge. It requires 47.2ev to excite the electron from 2 ^(nd) Bohr's orbit to 3 ^(rd) Bohr's orbit from above given data solve the following question : In thehydrogen atom, if the reference level of potential energy is assumed to be zero at the ground state level. Choose thencorrect statement.

A single electron atom has a nuclear charge +Ze where Z is the atomic

1.	A single electron atom has a nuclear charge +Ze where Z is the atomic number and ‘e’ is the electronic charge. It requires 47.2ev to excite the electron from 2 ^(nd) Bohr's orbit to 3 ^(rd) Bohr's orbit from above given data solve the following question : In thehydrogen atom, if the reference level of potential energy is assumed to be zero at the ground state level. Choose thencorrect statement.
Answer» The total ENERGY of the shell increases with INCREASE in the value of n The total energy of the shell DECREASE with increase in the value of n. The difference in total energy of any two shells remains the same. The total energy at the ground state BECOMES 13.6 eV. Answer :B