Distribution Of Temperature

According to the Maxwellian speed distribution, as the temperature increases the most probable speed

The thermal powered density u is generated uniformly inside a uniform sphere of radius R and thermal conductivity Find the temperature distribution in the sphere when the steady state temperature at the surface is T_(0) .

The thermal power of density omega is generated uniformly inside a uniform sphere of radius R and heat conductivity coefficient x . Find the temperature distribution in the sphere provided the steady-state temperature at its surface is eqal to T_0 .

In the figure, the distribution of energy density of the radiation emitted by a black body at a given temperature is shown. The possible temperature of the black body is

The distribution of molecular kinetic energy at two temperature is as shown in the following graph: Which is the following concluison is/are correct?

In the following graph of Maxwell - Boltzmann distribution of molecular velocities . Which of the following is the correct order of temperature ?

Variation with Temperature and Variation with Molar Mass on Maxwell Graph || Maxwell Distribution OF Kinetic Energy