🎓 Duet Admissions → Physics (First Paper) → Non-Tech Special

Course Content

📦 Measurement & Vector Quantities

Lecture – 1 : Principle of measurement, quantities & units
Lecture – 2 : Dimensions of units
Lecture – 3 : Scalar & Vector quantities
Lecture – 4 : Vector representation, addition, subtraction & resolution
Lecture – 5 : Laws of triangle, Dot & Cross products

📦 Motion and Force

Lecture – 1 : Classification of motion: displacement, speed, velocity, acceleration, retardation
Lecture – 2 : Projectile motion & equation of motion
Lecture – 3 : Angular velocity & linear velocity
Lecture – 4 : Centripetal & centrifugal force
Lecture – 5 : Laws of falling bodies & Newton’s laws of motion
Lecture – 6 : Resultant of parallel forces, inertia & momentum
Lecture – 7 : Conservation of momentum, friction, co-efficient of static friction
Lecture – 8 : Angle of repose, merits & demerits of friction
Lecture – 9 : Kepler’s law, gravity & gravitation, gravitational constant (G)
Lecture – 10 : Gravitational potential & escape velocity

📦 Work, Power & Energy

📦 Properties of Matter

📦 Oscillations, Waves & Sound

📦 Heat & Thermodynamics

Lecture – 1 : Heat & temperature, Celsius scale, mercury thermometer
Lecture – 2 : Specific heat capacity, thermal capacity, calorimetry
Lecture – 3 : Specific latent heat: fusion & vaporization
Lecture – 4 : Co-efficient of linear, superficial & cubical expansion
Lecture – 5 : Real & apparent expansion of liquid
Lecture – 6 : Heat transfer: conduction, convection & radiation
Lecture – 7 : Laws of thermodynamics: isothermal & adiabatic change
Lecture – 8 : Carnot’s cycle, efficiency, entropy

📦 Light (Optics)

📦 Modern Physics

📦 DUET Model Test — Physics

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Course Content

📦 Measurement & Vector Quantities

Lecture – 1 : Principle of measurement, quantities & units

Lecture – 2 : Dimensions of units

Lecture – 3 : Scalar & Vector quantities

Lecture – 4 : Vector representation, addition, subtraction & resolution

Lecture – 5 : Laws of triangle, Dot & Cross products

📦 Motion and Force

Lecture – 1 : Classification of motion: displacement, speed, velocity, acceleration, retardation

Lecture – 2 : Projectile motion & equation of motion

Lecture – 3 : Angular velocity & linear velocity

Lecture – 4 : Centripetal & centrifugal force

Lecture – 5 : Laws of falling bodies & Newton’s laws of motion

Lecture – 6 : Resultant of parallel forces, inertia & momentum

Lecture – 7 : Conservation of momentum, friction, co-efficient of static friction

Lecture – 8 : Angle of repose, merits & demerits of friction

Lecture – 9 : Kepler’s law, gravity & gravitation, gravitational constant (G)

Lecture – 10 : Gravitational potential & escape velocity

📦 Work, Power & Energy

Lecture – 1 : Work, power & energy

Lecture – 2 : Conservation of energy

Lecture – 3 : Potential energy (PE) & kinetic energy (KE)

Lecture – 4 : Efficiency

📦 Properties of Matter

Lecture – 1 : General & special properties of matter

Lecture – 2 : Elasticity & elastic limit, perfectly elastic & rigid body

Lecture – 3 : Stress & strain, Hook’s law

Lecture – 4 : Modulus of elasticity, Poisson’s ratio

Lecture – 5 : Pressure, surface tension & surface energy

Lecture – 6 : Angle of contact, capillarity & theory of capillarity

Lecture – 7 : Viscosity & co-efficient of viscosity

📦 Oscillations, Waves & Sound

Lecture – 1 : Periodic & simple harmonic motion (SHM)

Lecture – 2 : Simple & second pendulum, effective length, amplitude, phase

Lecture – 3 : Wave motion: transverse & longitudinal waves

Lecture – 4 : Progressive & stationary waves

Lecture – 5 : Sound, interference: constructive & destructive

Lecture – 6 : Beats, infrasonic & ultrasonic sound

Lecture – 7 : Velocity of sound: effects of pressure, temperature & humidity

📦 Heat & Thermodynamics

Lecture – 1 : Heat & temperature, Celsius scale, mercury thermometer

Lecture – 2 : Specific heat capacity, thermal capacity, calorimetry

Lecture – 3 : Specific latent heat: fusion & vaporization

Lecture – 4 : Co-efficient of linear, superficial & cubical expansion

Lecture – 5 : Real & apparent expansion of liquid

Lecture – 6 : Heat transfer: conduction, convection & radiation

Lecture – 7 : Laws of thermodynamics: isothermal & adiabatic change

Lecture – 8 : Carnot’s cycle, efficiency, entropy

📦 Light (Optics)

Lecture – 1 : Mirror (plane & spherical): image, magnification, reflection

Lecture – 2 : Pole, principal axis, center & radius of curvature

Lecture – 3 : General equation of concave & convex mirror

Lecture – 4 : Refraction of light: absolute & relative refractive index

Lecture – 5 : Total internal reflection & critical angle

Lecture – 6 : Refraction through prism: minimum deviation

Lecture – 7 : Lens & general equation of lens, Power of a lens

📦 Modern Physics

Lecture – 1 : Atom models & atomic structure

Lecture – 2 : X-ray, photoelectric effect, Einstein’s photoelectric equation

Lecture – 3 : Radioactivity & radioactive decay law

Lecture – 4 : Half-life & mean-life, nuclear fission & fusion

Lecture – 5 : Theory of relativity: length contraction, time dilation

Lecture – 6 : Einstein’s mass-energy relation

📦 DUET Model Test — Physics

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