Bachelor’s Degree Programs
011200.62 Physics
Specialization: Fundamental Physics
Study Period: 4 years
Language of Instruction: Russian
Specialization: Fundamental Physics
Study Period: 4 years
Language of Instruction: Russian
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Course Title
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Hours
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First Year
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Second Year
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Third Year
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Fourth Year
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1
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2
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3
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4
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5
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6
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7
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8
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B1 Humanitarian, Social and Economic Cycle
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B1.B Basic Part
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1. History
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108
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3
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2. Philosophy
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72
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2
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3. Foreign Language
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324
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2
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2
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2
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3
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B1.V Variable Part
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1. Economics
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72
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2
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2. Sociology
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72
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2
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3. Cultural Studies
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72
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2
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4. Political Studies (optional)
5. Jurisprudence (optional)
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72
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2
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6. Russian Language and Speech Culture (optional)
7. Russian Language (optional)
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72
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2
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8. Psychology and Pedagogy (optional)
9. Psychology and Ethics of Business Communication (optional)
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72
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2
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B2 Mathematics and Natural Science Cycle
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B2.B Basic Part
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1. Mathematical Analysis
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504
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6
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4
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4
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2. Analytic Geometry
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108
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3
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3. Linear Algebra
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180
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5
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4. Vector and Tensor Analysis
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108
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3
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5. Theory of Functions of Complex Variable
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108
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3
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6. Differential Equations
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144
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4
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7. Integral Equations and Calculus of Variations
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108
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3
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8. Probability Theory and Mathematical Statistics
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72
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2
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9. Programming
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72
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2
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10. Computational Physics(Computer Workshop)
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144
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2
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2
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11. Numerical Methods and Mathematical Modeling
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72
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2
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12. Chemistry
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72
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2
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13. Ecology
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72
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2
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B2.V Variable Part
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1. Networking Basics
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108
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3
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2. Database
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216
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6
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3. Additional Chapters on Mathematical Analysis
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252
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5
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2
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4. Basics of Function Analysis
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216
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2
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4
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5. Additional Chapters on Vector and Tensor Analysis
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72
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2
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B3 Professional Cycle
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B3.B Basic Part
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1. Mechanics
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180
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5
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2. Molecular Physics
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180
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5
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3. Electricity and Magnetism
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180
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5
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4. Optics
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144
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4
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5. Atomic Physics
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180
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5
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6. Nuclear Physics and Elementary Particles
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108
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3
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7. Theoretical Mechanics
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144
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4
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8. Mechanics of Continua
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144
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4
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9. Electrodynamics
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180
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5
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10. Quantum Theory
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144
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4
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11. Condensed Matter Physics
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144
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4
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12. Thermodynamics and Statistical Physics
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144
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4
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13. Physical Kinetics
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108
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3
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14. Linear and Nonlinear Equations in Physics
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144
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4
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15. Life Safety
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72
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2
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B3.V Variable Part
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1. Special Workshop on Fundamental Physics
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432
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3
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3
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3
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2. Methods of Physical Experiment
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108
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3
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3. Quantum Theory of Radiation
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108
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3
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4. Additional Chapters on Molecular Physics
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72
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2
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5. Introduction to Physics of Solids
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72
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2
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6. General Workshop on Physics
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432
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2
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2
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2
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2
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3
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7. Relativistic Quantum Theory (optional)
8. Physics of Atmosphere and Hydrosphere (optional)
9. Waves in Continuous Medium (optional)
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108
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3
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10. Introduction to Field Theory (optional)
11. Physics of Plasma (optional)
12. Methods of Physical Experiment (optional)
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108
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3
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13. Group Theory (optional)
14. History of the Universe (optional)
15. Basics of Crystal Physics(optional)
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108
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3
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16. Scattering Theory (optional)
17. Solar Physics (optional)
18. X-Ray Physics (optional)
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72
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2
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19. Quantum Electrodynamics (optional)
20. Physics of Ionosphere (optional)
21. Laser Physics (optional)
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72
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2
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22. Theory of Gravitation and Cosmology (optional)
23. Geophysics (optional)
24. Atomic and Molecular Spectroscopy (optional)
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72
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2
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25. Neutrino Astrophysics (optional)
26. Magnetosphere Physics (optional)
27. Astrophysics (optional)
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72
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2
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28. Quantum Chromodynamics (optional)
29. Experimental Methods in Geophysics and Astrophysics (optional)
30. Diffraction Methods for the Study of Matter (optional)
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72
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2
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31. The Electroweak Theory (optional)
32. Methods of Processing Signals and Graphics (optional)
33. Additional Chapters on Thermodynamics (optional)
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72
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2
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34. High Energy Astrophysics (optional)
35.Additional Chapters on Mechanics of Continua (optional)
36.Physics of Dielectrics(optional)
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72
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2
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37.Physics of Fundamental Interactions (optional)
38.Principles of Microcontroller Devices Design (optional)
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72
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2
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B4 Physical Education
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1
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1
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B5 Training, Research Work
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|
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3
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2
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8
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B6 Final State Certification
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10
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Total
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240
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