Atlab STEM Academy curriculum has been designed to ensure student success through a combination of text, videos, ICT and real-world, hands-on activities.
ATLAB employs hydroponics to share the art of urban farming to access fresh and healthy produce. We collaborate with schools to promote Agriscience education and create an impact among the student community to save mother earth.
Coming Soon, Stay Tuned!
1. MEASURING PHYSICAL QUANTITIES
1.1 Measuring length by means of measuring tape and caliper
1.2 Volume of solid and liquid materials
1.2.1 Volume of gases
1.3 Time measurement
1.4 Mass and units of mass
1.5 Density of solid bodies
1.6 Density of liquids
1.6.1 Determination of densities of liquids (U-tube method)
2. FORCES
2.1 Force of weight
2.2 Force measuring
2.3 Elongation of a coil spring – Hooke’s Law
2.4 Direction of force and point of impact
2.5 Composition of forces – parallelogram of forces
2.5.1 Composition of three forces
2.6 Inclined plane
2.7 Decomposition of forces on an inclined plane
2.8 Frictional force
2.8.1 Determination of the coefficient of friction
3. SIMPLE MACHINES
3.1 Two-sided lever
3.2 Model of a beam balance
3.3 One-sided lever
3.4 Simple fixed pulley
3.5 Pulley
3.6 Single block and tackle
3.7 Compound block and tackle
3.8 Mechanical work
3.9 Work on an inclined plane
3.10 Stability
3.11 Tipping work
4. HYDROSTATICS
4.1 Communicating vessels
4.2 Effects of air pressure
4.3 Buoyancy
4.4 Archimedes’ Principle
4.5 Load capacity of a ship
4.6 Model of a hydrometer
4.7 Hydrostatic pressure
4.8 Capillarity
P9901-4A SEK Rail stand material
P9901-4B SEK Mechanics 1
P9160-4B Experiment manual Mechanics 1