PHYSICS
Weight : 515 gms Net Dimensions : 28 * 18 * 20 cms Suitable for : Grade VIII, IX, Activity based on : Linear forces, Graphical representations.
Motion Conversion 3
Weight : 475 gms Net Dimensions : 25* 14 *17 cms Suitable for : Grade VI, VII Activity based on : Atmospheric pressure, pressure difference, vaccum properties
Air Lock
Weight : 427 gms Net Dimensions : 28* 8 * 15 cms Suitable for : Grade VII, VIII Activity based on : Liquid properties, molecular structure, Pressure - Volume relation / temperature.
Expansion of Gas
Weight : 670 gms Net Dimensions : 24 * 22 * 19 cms Suitable for : Grade VIII, IX Activity based on : Torque and work, Momentum, frictional effects, inertia.
Power Torque 2
Weight : 860 gms Net Dimensions : 25* 14 * 19 cms Suitable for : Grade VII, VIII Activity based on : Archimedes pricniple, forces exerted by water and its infuence on weight.
Buoyant Force .1
Weight : 560 gms Net Dimensions : 28* 18 * 10 cms Suitable for : Grade VIII, IX Activity based on : spherical mirror properties, image formation, convex reflections.
Curved Mirror . 1
Weight : 462 gms Net Dimensions : 28 * 15 * 19 cms Suitable for : Grade VII, VIII Activity based on : Point forces, Direction of Force, Mechanical advantage.
Motion Conversion 2
Weight : 850 gms Net Dimensions : 30* 24 * 20 cms Suitable for : Grade VI, VII Activity based on : Image Reflections, Light travel, Applications of Multi image formations.
Imagine It
Weight : 847 gms Net Dimensions : 28 * 14 * 26 cms Suitable for : Grade VI, VII Activity based on : Plane Mirror, Image formation properties, EM waves behaviour.
Laws of Reflection
Weight : 560 gms Net Dimensions : 21* 19 * 21 cms Suitable for : Grade VI, VII Activity based on : Gravity, workdone, Force Equilibrium and measurement .
U-Balance
Weight : 446 gms Net Dimensions : 28 * 17 * 17 cms Suitable for : Grade VIII, IX Activity based on : Speed - weight principle, Gear ratio, Force transfer.
Gear Ratio
Weight : 580 gms Net Dimensions : 26 * 24 * 18 cms Suitable for : Grade VII, VIII Activity based on : Magnetic field interactions, Magnetic force.
Magnetic Field 2
DIGITAL
The Digital Extension of product LuminARy is made available as a native application allowing students to use their new knowledge and continue to EXPLORE its implications
With this digital support provided , students expand on the concepts they have learned, make connections to other related concepts, and apply their understanding to the world around them in new ways. These modules help students EXTEND and APPLYÂ what they have learned to new and unfamiliar situations.
