Non-Routine Physics Program
Physics Program at Cheenta is directed toward Physics Olympiads and Science Fairs. It is a unique program that consists of deep problem solving and research focussed experiments. The recommended contests include NSEJS, NSEP and InPhO. Students are encouraged to participate in science fairs such as ISEF and IRIS.
JOIN TRIALPhysics Olympiad Levels at Cheenta
A structured pathway from fundamentals to advanced Olympiad problem solving—choose your level
(Level 1 Primary, Level 1 Advanced, Level 2, or Level 3) and progress with guided classes, practice, and mentorship.
JOIN TRIAL(Level 1 Primary, Level 1 Advanced, Level 2, or Level 3) and progress with guided classes, practice, and mentorship.
Physics Level 1- Primary Program
This program is useful for introducing children to Physical Sciences and Astronomy using problem-solving and virtual labwork.
Phyiscs Level 1- Advanced Program
This advanced-level program is useful for developing rigorous analytical skills in theoretical physics and astrophysics through high-intensity Olympiad problem-solving, deeper conceptual mastery, and advanced virtual labwork.
Physics Olympiad Level 2
Physics Level 2 is designed to deepen core concepts and sharpen Olympiad-style problem solving through structured theory sessions, guided practice, and regular evaluations. Students learn to connect ideas across topics, build multi-step reasoning, and develop the confidence needed for higher-level Physics Olympiad questions.
Physics Olympiad Level 3
Physics Level 3 (Final Stage) is designed for students aiming at top-tier Olympiad performance, with advanced problem sets, rigorous concept linking, and exam-style training. The course focuses on multi-step reasoning, precision in solutions, and intensive practice through tests, discussions, and mentor feedback.
MECHANICS
Kinematics, Statics, Dynamics, Celestial Mechanics
HYDRODYNAMICS
Pressure, buoyancy, continuity law. the Bernoulli equation. Surface tension and the associated energy, capillary pressure.
RELATIVITY
Principle of relativity and Lorentz transformations for the time and spatial coordinate, and for the energy and momentum; mass-energy equivalence; invariance of the space time interval and of the rest mass. Addition of par-allel velocities; time dilation; length contraction; relativ-ity of simultaneity; energy and momentum of photons and relativistic Doppler effect; relativistic equation of motion; conservation of energy and momentum for elas-tic and nonelastic interaction of particles.
ELECTROMAGNETIC FIELDS
Basic concepts, Maxwell's Equation, Interaction of matter with electric and magnetic fields, Circuits
OSCILLATIONS AND WAVES
Single oscillator, Waves, Interference and Diffraction, Superposition of waves, Interaction of electromagnetic waves with matter, Geometrical optics and photometry, Optical devices
QUANTUM PHYSICS
Probability waves, Structure of matter
THERMODYNAMICS AND STATISTICAL PHYSICS
Classical thermodynamics, Heat transfer and phase transitions, Statistical physics
Electrostatics
Electrostatics - Columb's Law(Charge, conducturs insulators,Induction), Electric Field and Forces, Field Calculations, Electric Dipoles, Electrostatic Potential Day-1, Electrostatic Potential Day-2(Energy, Equipotential surface).
Electricity and Magnetism
Capacitors and Capacitance(Equivalant capacitors), Energy Stored in Capacitors and Field Energy, Idea of Current and Voltage, Calculation of Equivalent Resistances'Resistance - Ohm Law and Power, Magnetism due to Current, Ampere Law,Idea of Magnets - Permanent Magnets.