Lecture Note

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F2F	NF2F
18 h	18 h

WEEK/ HOUR	COURSE FRAMEWORK (C1: Remembering, C2: Understanding)	LECTURE NOTE
1/ 1	1.0 Physical Quantities & Measurement 1.1 Dimension of physical quantities 1.2 Scalars & vectors 2.0 Kinematics of Linear Motion 2.1 Linear motion
2/ 1	2.0 Kinematics of Linear Motion 2.3 Projectile motions
3/ 1	3.0 Momentum & Impulse 3.1 Momentum & impulse 3.2 Conservation of linear momentum 4.0 Forces 4.1 Basic of forces & free body diagram
4/ 1	4.0 Forces  4.2 Newton's law of motion
5/ 1	5.0 Work, energy & power 5.1 Work 5.2 Energy & conservation of energy 5.3 Power
6/ 1	6.0 Circular motion 6.1 Uniform circular motion 6.2 Centripetal force
7/ 1	7.0 Gravitation 7.1 Gravitational force & field strength 7.2 Gravitational potential energy
8/ 1	8.0 Rotation of rigid body 8.1 Rotational kinematics 8.2 Equilibrium of a rigid body 8.3 Rotational dynamics 8.4 Conservation of angular momentum
9/ 1	9.0 Simple harmonic motion 9.1 Kinematics of SHM 9.2 Graphs of SHM 9.3 Period of SHM
10/ 1	10.0 Mechanical & sound waves 10.1 Properties of waves
11/ 1	10.0 Mechanical & sound waves 10.2 Superposition of waves 10.3 Sound intensity
12/ 1	10.5 Doppler effect 11.0 Deformation of solid 11.1 Stress & strain 11.2 Young's modulus
13/ 1	12.0 Heat conduction & thermal expansion 12.1 Heat conduction 12.2 Thermal expansion
14/ 1	13.0 Gas laws & kinetic theory of gases 13.1 Ideal gas laws 13.2 Kinetic theory of gases 13.3 Molecular kinetic energy & internal energy
15/ 1
16/ 1
17/ 1	14.0 Thermodynamics 14.1 First law of thermodynamics 14.2 Thermodynamic processes 14.3 Thermodynamics work
18/ 1