In the Bhor's models for the unielectronic species followingf symbols are used. r_(n,z) rarr Radius of n^(th) orbit with atomic number "Z"U_(n,z)rarrPotential energyof electron in n^(th) orbit with atomic number "Z"K_(n,z)rarrKinetic energyof electron in n^(th) orbit with atomic number "Z" v_(n,z)rarrVelocity ofelectron in n^(th) orbit with atomic number "Z" T_(n,z)rarrTime period of revlution of electron energyof electron in n^(th) orbit with atomic number "Z"Calulate z in all in cases.Represent your answer as abcd, wherea,b,c andd repersent number from 0 to 9. a,b,c and drepresents the value of "z" in parts (i),(ii),(iii) & (iv) . Suppose your answer is 1,2,3&4 thenthe same must be filled in OMR sheet as 12314.00.

In the Bhor's models for the unielectronic species followingf symbols

1.	In the Bhor's models for the unielectronic species followingf symbols are used. r_(n,z) rarr Radius of n^(th) orbit with atomic number "Z"U_(n,z)rarrPotential energyof electron in n^(th) orbit with atomic number "Z"K_(n,z)rarrKinetic energyof electron in n^(th) orbit with atomic number "Z" v_(n,z)rarrVelocity ofelectron in n^(th) orbit with atomic number "Z" T_(n,z)rarrTime period of revlution of electron energyof electron in n^(th) orbit with atomic number "Z"Calulate z in all in cases.Represent your answer as abcd, wherea,b,c andd repersent number from 0 to 9. a,b,c and drepresents the value of "z" in parts (i),(ii),(iii) & (iv) . Suppose your answer is 1,2,3&4 thenthe same must be filled in OMR sheet as 12314.00.
Answer» Solution :PUT in the standard equation of radius , velocity POTENTIAL energy & time peroidand calculate z and its value COMES out to be 1,2,3,3 RESPECTIVELY .