Meason theory

Two groups  $G=(G_1,G_2,……….G_n)$  and  $H=(H_1,H_2,.......,H_n)$  are isomorphic if 

•  $G_1H_1=G_2H_2$  

•  $\frac{G_1}{H_1}=\frac{G_2}{H_2}$  

•  $G_1G_2=H_1H_2$  

•  $\frac{G_1}{G_2}=\frac{H_1}{H_2}$  

Abelian group is also called

• semi group

• finite group

• commutator group

• cyclic group

I is denoted for

• Moment of inertia

• Rotational constant

• Neutron energy

• Force constant

The energy Spectra of bound state are

• Continous

• Discrete

• Degenerate

• Non degenerate

In orthohydrogen spins are

• Parallel

• Antiparallel

• Rotational

• Non rotational

For parahydrogen spins are

• Parallel

• Antiparallel

• Rotational

• Non rotational

Meson theory of nuclear forces was given by

• Newton

• Benjamin Franklin

• Yukawa

• Albert Einstein

Classical mechanics describes the motion of

• Microscopic object

• Macroscopic object

• Both a and b

• None of the above

As the wavelength of the radiation decreases, the intensity of the black body radiations ____________

• Increases

• Decreases

• First increases then decrease

• First decreases then increase

Charge of meason

• Positive

• Negative

• Neutral

• All the above