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NTRCA college written syllabus
College level; page updated April 2024 · 142 pages
Subject-specific written syllabi for college-level teacher registration. Select the subject relevant to the post.
Published by NTRCA. Collected 2026-11-14. Confirm the edition and subject against your recruitment notice before studying.
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Assessment Targets
The candidates will be
able to …
Contents Marks
relativity, atomic
physics and Laser.
formulate
mathematical
expression in relation
to theory of relativity,
atomic physics and
Laser.
evaluate the
importance of
concepts and
applications regarding
theory of relativity,
atomic physics and
Laser.
Atomic Physics: The nuclear atom, electron orbits,
atomic spectra, The Bohr Atom, Energy levels and
spectra.
Laser: Basic principles of laser; Stimulated
absorption, spontaneous and stimulated emission;
population inversion and optical pumping; Helium -
Neon laser; Application of laser.
explain concept and
terms regarding
quantum mechanics.
relate the concept with
the real -life
phenomenon in
relation to quantum
mechanics.
formulate
mathematical
expression in relation
to quantum mechanics.
Justify the importance
of concept and
applications regarding
quantum mechanics.
Unit: Seven
Particle Properties of Waves: Blackbody radiation;
Photoelectric effect; Einstein photon theory; The
Compton effect; Pair production and pair
annihilation; Photon and gravity
Wave Properties of Particles: De Broglie waves;
Phase and group velocities; The uncertainty principle.
Quantum Mechanics: Schrödinger's equation: Time
dependent form and Steady -state form; Application
of Schrödinger's equation: particle in a box, harmonic
oscillator and hydrogen atom.
10
explain concept and
terms regarding
nuclear and bio
physics.
analyze real world
phenomena with the
concept of nuclear and
bio Physics.
Unit: Eight
Nuclear Physics : Nuclear composition; Binding
energy and separation energy; Radioactive decay;
Nuclear reaction; Nuclear fission and fusion; Nuclear
Model.
Elementary Particles : Interactions and particles:
Leptons and Hadrons; Elementary particle quantum
numbers; Quarks Models, Field Boson; Unification of
forces; Origin of the universe and The Big Bang;
10