A gas consists of molecules of mass m and is at a temperature T . Making use of the Maxwell velocity distribution function, find the corresponding distribution of the molecules over the kinetic energies epsilon . Determine the most probable value of a gas the kinetic energy epsilon_p . Does epsilon_p correspond to the most probable velocity ?
Find the de Broglie wavelength of hydrogen molecules, which corresponds to their most probable velocity at room temperature.
The most probable velocity is expressed as
Identify the correct labels of A, B and C in the following graph from the options given below: Root mean square speed (V_("rms"), most probable speed (V_("mp") , Average speed (V_("av"))
Among the following , the plot that shows the correct marking of most probable velocity (V_(MP)) average velocity (vecV) and root mean square velocity (V_(RMS) ) is :
The relation between rms velocity, v_(rms) and the most probable velocity, v_(mp) , of a gas is
Consider the plots for the types of reaction nAtoB+C These plots respectively correspond to the reaction orders :
Consider the plots for the types of reaction nAtoB+C These plots respectively correspond to the reaction orders :
