r_(n,z)= Radius of nth orbit of a single electron species having atomic number 'z' u_(n,z)=Velocity of electron in nth orbit of a single electron specie having atomic number 'z' E_(n,z) = Magnitude of total energy of electron in nth orbit of a single electron species having atomic number 'z'. K_(n,z)= Magnitude of kinetic energy of electron in nth orbit of a single electron species having atomic number 'z' P_(n,z)= Magnitude of potential energy of electron in nth orbit of a single electron species having atomic number 'z' f_(n,z)= Frequency of electron in nth orbit of a single electron species having atomic number 'z'. T_(n,z)= Time period of electron in nth orbit of a single electron species having atomic number 'z'

r_(n,z)= Radius of nth orbit of a single electron species having atomi

1.	r_(n,z)= Radius of nth orbit of a single electron species having atomic number 'z' u_(n,z)=Velocity of electron in nth orbit of a single electron specie having atomic number 'z' E_(n,z) = Magnitude of total energy of electron in nth orbit of a single electron species having atomic number 'z'. K_(n,z)= Magnitude of kinetic energy of electron in nth orbit of a single electron species having atomic number 'z' P_(n,z)= Magnitude of potential energy of electron in nth orbit of a single electron species having atomic number 'z' f_(n,z)= Frequency of electron in nth orbit of a single electron species having atomic number 'z'. T_(n,z)= Time period of electron in nth orbit of a single electron species having atomic number 'z'
Answer» ANSWER :(a-p , Q) ; (b-p , q) ; (c-r,s ) ; (d-t)