Quantum Mechanics M.SC Question Paper : bhojvirtualuniversity.com
Name of the University : Madhya Pradesh Bhoj Open University
Degree : M.SC
Department : Physics
Name Of The Subject : Quantum mechanics
Document type : Assignment Question Paper
Website : bhojvirtualuniversity.com
Download Model/Sample Question Papers :https://www.pdfquestion.in/uploads/5242-ma_physics_final_1011.pdf
Bhoj Open University Quantum Mechanics Question Paper
Madhya Pradesh Bhoj (Open) University, Bhopal
Msc (Final) Physics
Subject : I- Quantum mechanics Maximum Marks : 30
Related : Madhya Pradesh Bhoj Open University Cell & Molecular Biology of Plants M.SC Question Paper : www.pdfquestion.in/5240.html
Assignment Question Paper – I
Q1 Explain Direc delta function
Q2 Explain Heitler -London theory of hydrogen molecule.
Q3 Explain Pauli’s exclusion principle.
Q4 Explain orbital angular momentum.
Q5 Explain born approximation
Q6 Explain the properties of dirac matrices
Q7 Define bosons & fermions
Q8 Explain emission and absorption of radiation
Assignment Question Paper – II
Q1 Explain time-independent perturbation theory for non-degenerate case.
Q2 Explain the theory of x-decay
Q3 Explain transition probabilities
Q4 Define spherical harmonics
Q5 Explain scattering cross section
Q6 Define Klein – gordan equation
Q7 Explain Fermi-dirac statistics
Q8 Explain wave function for many electron system
Assignment Question Paper – III
Q1 Explain free electronic model.
Q2 Obtain an expression for effective mass of an electron.
Q3 Discuss schottky and franked defect.
Q4 Discuss BCS theory of superconductivity.
Q5 Explain quantum theory of Paramagnetism.
Assignment Question Paper – IV
Q1 Explain the behavior of electron in periodic potential.
Q2 Derive boltz Mann transport equation.
Q3 Explain band gap and law mass action.
Q4 Explain josephs on effect and flux quantization.
Q5 Discuss nuclear magnetic resonance.
Assignment Question Paper – V
Q1 Explain the binding energy curve for nuclei and it’s consequences.
Q2 Discuss the existence of excited states of deuteron and obtain the solution of spherically symmetric squre well potential for higher angular momentum states.
Q3 What is meant by a symmetric in fission and spontaneous fission.
Q4 Explain the Fermi theory of beta decay.
Q5 Classify the elementary particles and define the terms hypercharge and strangeness.
Assignment Question Paper – VI
Q1 Describe the magnetic and quadrupole moments of nuclei with experimental determination.
Q2 Give the elementary idea of yukawa theory of nuclear forces.
Q3 Differentiate between liquid drop model and nuclear shell model.
Q4 Discuss the multipofe transition and relection rules for decay of the nuclei..
Q5 Give the qualitative idea of quark lepton family and quantum chromo dynamics.
Assignment Question Paper – VII
Q1 Describe Sommerfield’s free electrons model in metals and on this basis Explain the physical significance of fermi energy.
Q2 What is Hall effect? Obtain an expression for hall coefficient.
Q3 Obtain an expression for the electron and hole concentration is an intrinsic semiconductor.
Q4 Discuss the theremodynamics of the superconducting transition and show that superconducting state is were ordered than the normal state.
Q5 Describe Langevin’s theory of diamagnetisms
Assignment Question Paper – VIII
Q1 On the basis of band theory explain the difference between metal semiconductors and insulators.
Q2 Obtain an expression for the effective mass of electron in crystals..
Q3 Explain the use of P-N junction is full wave rectifier.
Q4 Describe meissner effect and discuss the magnetic properties of a supercoducting material.
Q5 Explain the difference between dia, Para and ferro magnetism
M.Sc.(Physics) – Final – 2015-16 :
Subject : Quantum Mechanics
Assignment Question Paper- I :
Q.1: Write a note on Zeeman effect.
Q.2: State the criterion for the validity of WKB approximation.
Q.3: What are Pauli spin matrices?
Q.4: Apply Born approximation to derive Rutherford scattering formula.
Q.5: Discuss in detail the different pictures of quantum mechanics.
Assignment Question Paper- II :
Q.1: Explain the salient features of Partial wave analysis.
Q.2: In Dirac formulation of Quantum Mechanics; explain the terms:
(i) State Vector
(ii) Hilbert space
Q.3: Obtain matrices for JX and JY when J = ½.
Q.4: Describe Schroedinger and Heigenberg pictures regarding the evolution of a system with time.
Q.5: Explain bosons & fermions.