If the angular momentum of an electron is 3.16xx10^(-34) kg m^2//s and the radius and energy of an orbit in which the above electron is present is 0.6xx10^(-10)m and 2.4xx10^(-18) respectively then eal-culate the radius and energy of 2nd orbit of that atom.

If the angular momentum of an electron is 3.16xx10^(-34) kg m^2//s and

1.	If the angular momentum of an electron is 3.16xx10^(-34) kg m^2//s and the radius and energy of an orbit in which the above electron is present is 0.6xx10^(-10)m and 2.4xx10^(-18) respectively then eal-culate the radius and energy of 2nd orbit of that atom.
Answer» Solution :(i) QUANTISATION of angular momentum (ii) calculation of PRINCIPAL quantum NUMBER from angular momentum (III) calculation of radius Q (IV) calculation of energy of an electron