Physics : Fuel Cell Science Kit
Investigate the science behind salt water fuel cell technology, either by powering the included mini-turbine or creating your own power applications. Features a magnesium salt-water fuel cell, teaching students how solution concentration can affect reaction rates using electricity and a salt-water electrochemical cell.
Physics : Friction Board Apparatus
To demonstrate conversion of energy, conservation of momentum & projectile motion. Consists of a metal ball track to drop a steel ball. Includes two steel balls. Approx.
Physics : Friction Block, Multifunctional, 40X40X160 Mm
Our friction block allows you to conduct a wide range of friction experiments. Explore the effects of different surfaces, including wood, rubber, leather, and abrasive paper, on friction. This versatility ensures that you can gain a deep understanding of friction in various contexts.
Physics : Friction Block
Overall size : 50 x 40 x 20 mm Material : Aluminium and rubber
Physics : Friction Apparatus
This set includes a friction block and a friction board, both made of smoothly finished pine wood. The friction block has a hook for spring scale and two compartments for additional weights. It can be placed face-up or sideways.
Physics : Free Fall Tube
Students may expect that lighter objects experience a lesser acceleration than heavier objects. That idea is supported by observing that when a piece of paper and a pencil are dropped simultaneously from the same height, the pencil reaches the ground first.
Physics : Free Fall Demo Kit
Our Jumbo Demo Kit comes equipped with a high-quality falling body apparatus. This apparatus allows you to precisely control the descent of objects, providing a hands-on way to explore the effects of gravity and acceleration due to free fall.
Physics : Free Fall Apparatus Superior
The apparatus enables precise free fall time measurements, accurate up to 100 microseconds, utilizing a timer counter and two photo gates.
Physics : Free Fall Apparatus 'G' - Superior
This easy to operate system is designed to demonstrate uniform acceleration due to gravity and its determination and to demonstrate conservation of mechanical energy. Components: support (1.80 m height)