<p>Madhya Pradesh Bhoj (Open) University,Bhopal M.Sc. Previous Physics Subject : I- Mathematical Physics Max. Marks: 30 ------funZs'k& 1- lHkh iz’u Lo;a dh gLrfyfi esa gy djuk vfuok;Z gSA 2- nksuksa l=h; iz’u i= esa ls fdlh ,d iz’ui= dks gy djuk vfuok;Z gSA 3- l=h; dk;Z mRrj iqfLrdkvksa ds LFkku ij A4 lkbZt ds lkns dkxt ij Nk= }kjk fy[ks tk;saxs ftu ij {ks=h; funs’kd ds gLrk{kfjr eqgj vafdr fd;k gksuk vfuok;Z gSA 4- l=h; dk;Z tek djus dh vafre frfFk 15 vDVwcj 2011 gSA 5- l=h; dk;Z mRrj iqfLrdkvksa dks tek djus dh jlhn vo’; izkIr dj ysaA ------Assignment – I</p><p>Q. 1 Write down the expression for curl of Vector A in orthogonal curvilinear coordinate. Q. 2 Solve two dimensional heat flow equation. Q. 3 Define an Analytic function of complex Variable. Derive necessary of sufficient conditions for a function to be analytic. Q. 4 Find the solution of Legendre’s differential equation. Q. 5 Define Redrigue’s formula. Q.6 State and prove Schur’s lemmas. Q.7 What is Fourier series. Q.8 State and prove quotient law of tensors. Assignment – II</p><p>Q. 1 Derive gradient, divergence and curl in polar coordinates system. Q. 2 Discuss the general solution of Laplace’s equation in spherical polar coordinates.</p><p>Q. 3 Define Pole & Residue. Q. 4 Find the solution of Bessel’s equation. Q. 5 Find the solution of Hermite polynomials. Q.6 Define a group Give and example. Q.7 Use Fourier series to evaluate: ∞ ∑ 1 n=1 ------(2n-1)² Q.8 Define Contravarian Give example.</p><p>Madhya Pradesh Bhoj (Open) University,Bhopal M.Sc. Previous Physics Subject : II- Classical and Statistical Physics Max. Marks : 30 ------funZs'k& 1- lHkh iz’u Lo;a dh gLrfyfi esa gy djuk vfuok;Z gSA 2- nksuksa l=h; iz’u i= esa ls fdlh ,d iz’ui= dks gy djuk vfuok;Z gSA 3- l=h; dk;Z mRrj iqfLrdkvksa ds LFkku ij A4 lkbZt ds lkns dkxt ij Nk= }kjk fy[ks tk;saxs ftu ij {ks=h; funs’kd ds gLrk{kfjr eqgj vafdr fd;k gksuk vfuok;Z gSA 4- l=h; dk;Z tek djus dh vafre frfFk 15 vDVwcj 2011 gSA 5- l=h; dk;Z mRrj iqfLrdkvksa dks tek djus dh jlhn vo’; izkIr dj ysaA ------Assignment – I</p><p>Q. 1 Describe various types of constraints. Q. 2 Derive Eular’s equation of motion for a rigid body. Q. 3 Derive Hamilton Jacobi equation. Q. 4 Explain Liovilles theorem. Q. 5 Desribe Fermi-Dirac statistics derive it’s distribution function. </p><p>Assignment – II</p><p>Q. 1 Derive D’ Alembart principle. Q. 2 Describe Poisson brackets. Q. 3 Explain action-angle variable. Q. 4 Describe Maxwell’s boltzman distribution law of velocity. Q. 5 Describe theory of liquid helium.</p><p>Madhya Pradesh Bhoj (Open) University,Bhopal Msc. Previous Physics Subject : III Classical electrodynamics Maximum Marks : 30</p><p>------funZs'k& 1- lHkh iz’u Lo;a dh gLrfyfi esa gy djuk vfuok;Z gSA 2- nksuksa l=h; iz’u i= esa ls fdlh ,d iz’ui= dks gy djuk vfuok;Z gSA 3- l=h; dk;Z mRrj iqfLrdkvksa ds LFkku ij A4 lkbZt ds lkns dkxt ij Nk= }kjk fy[ks tk;saxs ftu ij {ks=h; funs’kd ds gLrk{kkfjr eqgj vafdr fd;k gksuk vfuok;Z gSA 4- l=h; dk;Z tek djus dh vafre frfFk 10 vDVwcj 2011 gSA 5- l=h; dk;Z mRrj iqfLrdkvksa dks tek djus dh jlhn vo’; izkIr dj ysaA Assignment Question Paper – I</p><p>Q1- Describe green's function Q2 Derive Maxwell's field equations Q3 State and prove lorentz formula. Q4 Derive Apleton Hartree Formula. Q5 Describe electromagnetic field tensor. Assignment Question Paper – II Q1- State and prove uninemess theorm. Q2 Describe plane wave propagation in conducting media Q3 What is lienard - wiechart potential? Q4 What is debye shielding Q5 Describe lerents force potential Madhya Pradesh Bhoj (Open) University,Bhopal M.Sc. Previous Physics Subject : IV- Solid State Electronics Max. Marks: 30 ------funZs'k& 1- lHkh iz’u Lo;a dh gLrfyfi esa gy djuk vfuok;Z gSA 2- nksuksa l=h; iz’u i= esa ls fdlh ,d iz’ui= dks gy djuk vfuok;Z gSA 3- l=h; dk;Z mRrj iqfLrdkvksa ds LFkku ij A4 lkbZt ds lkns dkxt ij Nk= }kjk fy[ks tk;saxs ftu ij {ks=h; funs’kd ds gLrk{kfjr eqgj vafdr fd;k gksuk vfuok;Z gSA 4- l=h; dk;Z tek djus dh vafre frfFk 15 vDVwcj 2011 gSA 5- l=h; dk;Z mRrj iqfLrdkvksa dks tek djus dh jlhn vo’; izkIr dj ysaA ------Assignment – I</p><p>Q. 1 Draw the Circuit of R-C coupled CE amplifier and explain its working. Draw it’s frequency response curve. Q. 2 What is U.J.T. draw its characteristic curve. Q. 3 Explain the worked of inverting and non inverting operational ampplifier. Q. 4 Why modulation and demodulations is necessary in communication process. Q. 5 Draw the characteristics of a tunnel diode and explain it’s construction and working.</p><p>Assignment – II</p><p>Q. 1 What is meant by h-parameters? Obtain h-parameters of a transistor in C.E. mode. Q. 2 With the helps of a necessary circuit diagram, explain the contraction and wording of a Hartley oscillator. Q. 3 Explain the use of OPAMP as adder subtractor, differentiator and integrator. Q. 4 What is meant by single side band (SSB) communication. How SSB is obtained in an amplitude modulated (AM) carrier wave. Q. 5 Explain the construction and working of LED State some of it’s uses.</p>