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.
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1. PROPAGATION OF LIGHT
1.1 Light propagates rectilinearly
1.2 Shadows
2. MIRRORS
2.1 Reflection in a plane mirror
2.2 Images in a plane mirror
2.3 Reflection in a concave mirror
2.4 Construction of images for a concave mirror
2.5 Representation of a point by a concave mirror
2.6 Reflection in a convex mirror
2.7 Construction of images for a convex mirror
2.8 Representation of a point by a convex mirror
3. REFRACTION
3.1 Refraction in a plane-parallel plate
3.2 Refraction coefficient of glass
3.3 Refraction at the transition from air to water
3.4 Angle of incidence and angle of refraction
3.4.1 Index of refraction of solid matter
3.4.2 Calculation of parallel displacement in a
plane-parallel plate
3.5 Transition from glass to air
3.6 Deflecting prism and reversing prism
3.7 Refraction in a prism
4. LENSES
4.1 Refraction in convex lenses
4.2 Marginal rays
4.3 Construction of convex lens images
4.4 Representation of a point by a convex lens
4.5 Refraction in concave lenses
4.6 Construction of images in a concave lens
4.7 Representation of a point by a concave lens
5. COLOURS
5.1 Colour dispersion
6. THE EYE
6.1 Normal vision
6.2 Near-sightedness (myopia)
6.3 Far-sightedness (hyperopia)
6.4 Presbyopia
P9902-4L SEK Optics 1, 20 W Halogen
P9160-5G Experiment manual Optics 1
P3130-7B Fixed-voltage power supply 12 V /
22 VA