Refresher Course in B.Sc.Physics ( Vol . II)

adiabatic amplitude angle angular atom beam Calculate Carnot’s cells change in entropy co-efficient compartment components constant crystal de-Broglie difference diffraction dimensional distance electron entropy equal eye-piece Fermi energy focal length frequency fringes given Hence hydrogen incident intensity internal energy isothermal Joule kinetic energy laser lens lenses macrostate maxima maximum medium Meerut mirror momentum monochromatic Nicol prism normalised wave function number of microstates number of molecules optic axis orbit parallel path path-difference Pbi.U perpendicular phase space photon plane polarised plane polarised light polarised light population inversion position potential pressure principal prism quantum number radiation radius reflected refractive index rotation Schrödinger’s shown in Fig slit ſº specific heat spherical statistics surface temperature total number velocity vibrations volume wave equation wave function wave plate wavefront wavelength width zero zone plate