a) Describe the multipole moments for point charges.
b) How do you find out quadrapole moment of deuteron?
a) What are the properties of the nuclear forces?
b) Describe in detail the inferences drawn from the experimental data of deuteron.
a) Describe different kinds of nuclear reactions.
b) Obtain an expression for the Q-value of nuclear reaction.
a) What are magic numbers?
b) Describe in detail the nuclear shell model.
a) What are different interactions which exist among the elementary particles?
b) Describe charge conjugation and space inversion invariance.
a) What are block equations?
b) Obtain solutions for Block equations for steady state conditions.
a) Derive an expression for the separation between consecutive rotational lines in non-rigid rotator approximation.
b) prepare down the applications of the rotational spectroscopy.
a) Describe energy levels, selection rules treating vibrating diatomic molecule as a harmonic oscillator.
b) What happens to the rotational constant of V = 1 state in comparison to V = 0 state if vibration rotation interaction occurs?
problem 9: prepare notes on any two of the given:
a) Meson theory of nuclear forces.
b) Semi-empirical mass formula.
c) Conservations laws among elementary particles.
d) PQR branches in the IR spectrum.