Week - 1 |
Motion in one dimension:
a) Position, velocity and speed
b) Instantaneous velocity and speed
c) Acceleration
d) Motion in one dimension with constant acceleration
e) Freely falling objects |
Week - 2 |
Motion in one dimension:
a) Position, velocity and speed
b) Instantaneous velocity and speed
c) Acceleration
d) Motion in one dimension with constant acceleration
e) Freely falling objects |
Week - 3 |
f) Uniform circular motion
g) Tangential and radial acceleration
|
Week - 4 |
The Laws of Motion:
a) the concept of force
b) Newton's first law and inertial frames
c) mass
d) Newton's second law
e) Newton's third law |
Week - 5 |
f) some applications of Newton's laws
g) forces of frictions |
Week - 6 |
Work and Energy;
a) Work,
b) Kinetic and potential energy,
c) Mechanical energy conservation,
d) Work-energy theorem,
e) Power and efficiency. |
Week - 7 |
Pressure and Fluids:
a) Atmospheric pressure
b) Density
c) The relative density
d) Archimedes's principle
|
Week - 8 |
Temperature and Heat
a) 1.principle of Thermodynamics
b) 2.principle of Thermodynamics
c) Transfers of heat |
Week - 9 |
Optics:
a) Nature of ligth
b) Reflection and diffraction
c) Mirrors and lenses |
Week - 10 |
Sound:
a) Waves and properties
b) Electromagnetic waves |
Week - 11 |
c) Waves of sound |
Week - 12 |
Static electric and Coulomb's Law |
Week - 13 |
Insulators and conductors, Electric Field |
Week - 14 |
Applications in Biology |