Course Content
[Section -1] Mechanics
1•1 Kinematics
1•2 Dynamics
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38:23
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21:02
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20:16
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Dynamics Full Chapter Test with Step by Step Explanations
1•3. Work, Energy, Power
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i. kinetic vs potential energy
13:18 -
ii. Conservation of energy
26:09 -
iii. Power Calculations
17:11 -
Work, Energy and Power Full Chapter Test with Step by Step Explanations
1•4. Circular motion & Gravitation
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i. Centripetal Force
32:31 -
ii. Kepler’s Laws
19:08 -
iii. Gravitational force (newton laws of motion)
19:47 -
Circular motion & Gravitation Test with Step by Step Explanations
[Section -2] 2. Fluids and Thermodynamics
2.1 • Fluid Mechanics
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1. Pressure in liquids
11:00 -
2. Pascal’s Principle
21:05 -
3. Archimedes’ Principle (buoyancy)
15:19 -
Fluid Mechanics Full Chapter Test with Step by Step Explanations
2.2 Thermodynamics
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1. Temperature scales (Celsius, Kelvin)
10:34 -
2. Heat transfer (conduction, convection, radiation)
11:09 -
3. First Law of Thermodynamics (ΔU = Q – W)
11:27 -
4. Ideal Gas Law (PV = nRT) – sometimes asked
12:27 -
5. Thermal expansion (linear and volumetric)
29:23 -
Thermodynamics Complete Chapter Test with Step by Step Explanations
[Section -3] Waves and Optics
3.1 Wave Motion
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i. Types of waves (transverse vs. longitudinal)
05:08 -
ii. Wave speed (v = fλ)
52:13 -
iii. Sound waves (pitch, frequency)
12:43 -
Wave Motion Test with Step by Step Explanations
3.2 • Optics
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i. Reflection and refraction (Snell’s Law)
32:02 -
ii. Lenses (converging/diverging)
15:38 -
iii. Mirror equations (basic)
23:22 -
iv. Interference and diffraction (just conceptual understanding)
17:25 -
v. Doppler Effect – occasionally appears
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Optics Full Chapter Tests with Step by Step Explanations
[Section -4] Electricity and Magnetism
4.1 Electrostatics
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i. Coulomb’s Law
35:53 -
ii. Electric fields and potential
33:16 -
iii. Capacitors (basic concepts)
28:18 -
Electrostatics Full Chapter test with Step by Step Explanations
4.2 Current Electricity
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i. Ohm’s Law (V = IR)
14:00 -
ii. Series and parallel circuits
30:32 -
iii. Electrical power (P = IV)
08:04 -
Current Electricity Full Chapter Test with Explanation
4.3 Magnetism
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i. Magnetic fields (right-hand rule)
01:22:40 -
ii. Electromagnetic induction (Faraday’s Law)
01:42:07 -
iii. Kirchhoff’s Laws (conceptual understanding, for circuits)
01:17:34 -
Kirchoff’s law Part-2
10:34 -
Kirchoff’s law Part-3
12:00 -
iv. Basic understanding of electric potential energy
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Magnetism Full Chapter Test with Step by Step Explanation
[Section -5] Modern Physics (Minimal Weightage)
5.1 • Atomic Structure
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i. The Bohr’s Model (Basics)
21:44 -
ii. Electron energy levels
11:19 -
Atomic Structure Test with Explanations
5.2 • Nuclear Physics
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i. Radioactivity (α, β, γ decay)
10:25 -
ii. Half Life Calculations
18:02 -
iii. Photoelectric effect
22:57 -
iv. Mass-energy equivalence (E = mc²)
19:53 -

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