All Products
Hookes Law
Hookes LawThis apparatus from Lascells provides a robust and convenient method of verifying Hooke’s law.
Horseshoe magnet
Horseshoe magnetU-shaped and strong AIniCo magnet with colored poles. Equipped with anchor.
Horseshoe Magnet
Horseshoe MagnetThis Alnico Horseshoe Magnet includes a steel keeper.Dimensions: 8.0 x 12.5 x 3.0 cmField Strength: 600 gauss at pole surface.
Horseshoe magnet, large
Horseshoe magnet, largeU-shaped and strong AIniCo magnet with colored poles. Equipped with anchor.
Hose for Air Blower
Hose for Air BlowerUsed to connect the air track to the air blower. Spare part – included with the blower.
Hover Puck
Hover PuckThe Hover Puck glides on a self-generated cushion of air across any smooth surface, including low-pile carpet. The rubber bumper provides protection for the puck and other objects during collisions. (Appearance may vary)
Hovercraft
HovercraftExperience frictionless motion to better understand Newton’s Laws. Students can easily ride on the hovercraft to experience it for themselves.
Hovering magnets, Multicoloured
Hovering magnets, MulticolouredSix magnets on a plastic stick with a foot.
A simple and colorful way to demonstrate the power of magnets. With the 6 magnets, you can also illustrate the pressure change up through the atmosphere.
Hovering magnets, Two-coloured
Hovering magnets, Two-colouredThree PCS. two-coloured magnets on plastic stick with foot. A simple and colorful way to demonstrate the power of magnets.
Human Arm Model
Human Arm ModelMechanical model that simulates the muscles and motion of an actual human arm. To activate the motion students pull on the cord.
Human Eye Model
Human Eye ModelPlastic lenses create images for normal vision, far-sightedness, near-sightedness and astigmatism. Additional lenses are placed in front of the eye to correct for vision problems.
Human Structures Set
Human Structures SetSet of structures equipment which allows for construction and demonstration of Human Arm, Human Leg and Human Back Models.
Hydraulic press model
Hydraulic press modelTwo syringes of volumes 2 and 20 mL connected by a short PVC tube. The difference in diameter of the syringes illustrates the hydraulic press principle.
Ice Melting Blocks
Ice Melting BlocksOne block feels cold to the touch while the other block feels slightly warm. Both blocks are at room temperature but have very different thermal conductivities.
Ice Molecule model
Ice Molecule modelMolecular model of “Ice”.
Contains 105 nuclear balls and 130 connecting links.
The model is delivered unassembled, but with assembly instructions.
Ideal Gas Law – Wireless
Ideal Gas Law – WirelessIn this experiment designed for use with PASCO Capstone software, the temperature, volume, and pressure of a gas are measured simultaneously to show that they change according to the Ideal Gas Law.
Ideal Gas Law Apparatus
Ideal Gas Law ApparatusStudents can quantitatively look at the relationships between pressure, temperature and volume.
Ideal Gas Law Experiment
Ideal Gas Law ExperimentThe complete solution for investigating the Ideal Gas Law, including the special cases of Boyle’s Law and Gay-Lussac’s Law.
