NEETChemistryStructure of Atom
Match the Column - I and Column - II ( array |l|l|l|l| & Column - I & & Column - II (a) & all s orbitals have & (p) & array l The minimum value of principal quantum number is 3 array (b) & for =2 & (q) & array l different shapes from other d-orbital array (c) & Shape of d _ z^2 is & (r) & array l extra stability is associated array (d) & array l with completely and half filled subshells array & (s) & array l Probabil
Options
- A(a) - (s), (b) - (p), (c) - (q), (d) - (r)
- B(a) - (p), (b) - (r), (c) - (s), (d) - (q)
- C(a) - (q), (b) - (p), (c) - (s), (d) - (r)
- D(a) - (p), (b) - (q), (c) - (r), (d) - (s)
Correct answer
A. (a) - (s), (b) - (p), (c) - (q), (d) - (r)
Step-by-step solution
- (a) All s orbitals have - (s) Probability of finding the electron at a given distance is equal in all directions: (s ) orbitals are spherical in shape, so the probability density is the same in all directions at a given distance from the nucleus. - (b) For ( =2 ) - (p) The minimum value of principal quantum number is 3: The angular momentum quantum number ( =2 ) corresponds to the d-orbitals, and the minimum principal quantum number (n ) for d-orbitals is 3 (3d). - (c) Shape of (d_ z^2 ) is - (q) different shapes