What Will You Learn?

• Introduction & Mechanics Concept
• Newton’s Laws of Motions
• Linear Momentum, Conservation of Momentum & Projectile Motion
• Projectile exercises
• Force, Friction Force and Moment of Inertia
• Work, Energy, their types & Work Energy Theorem
• Waves and Oscillations Concepts
• Simple Harmonic Motion
• Progressive and Standing waves
• Damped and Forced oscillation
• Optics: Concepts, Reflection, Refraction, Fermat & Snell’s law
• Problem solving (Previous lecture) & Interference
• Diffraction & Young’s experiment
• Polarization(Short), Dispersion & Practical applications
• Heat & Thermodynamics Concepts
• Assumption of kinetic theory of gas & Gas laws
• Zeroth, 1st law & Isothermal processes
• Isothermal & adiabatic process
• Limitations of 1st law, Statement of 2nd law & Carnot Theorem
• Entropy & Heat transfer process
• Q&A (Entire mid/final syllabus)