"Educational Materials"
Osmosis and Diffusion Curriculum Learning Module, NEWPATH LEARNING LLC
NewPath’s Osmosis and Diffusion Curriculum Learning Module provides a complete set of visual, digital and hands-on resources designed to support teacher instruction and provide students with the skills to master key concepts on Osmosis and Diffusion.
Free Fall Apparatus ‘g’ Economy with Timer
The determination of the gravitational constant ‘g’ is one of the most fundamental and early physical constants students must derive and observe. This kit has a wooden base, 1.1m rod and a movable electromagnet. The electromagnet can be moved anywhere on the rod and is powered by the timer. When the ball is released, the timer is triggered and stopped once the ball has landed on the base for a precise measurement and then calculation of ‘g’. Supplied with manual.
Human Body II: Providing Fuel and Transportation Curriculum Learning Module
NewPath’s Human Body II: Providing Fuel and Transportation Curriculum Learning Module provides a complete set of visual, digital and hands-on resources designed to support teacher instruction and provide students with the skills to master key concepts on the Human Body.
Flask Form Electroscope, United Scientific
Classroom electroscope housed in a 250 ml borosilicate flask.
Eisco® Ring Thrower
Ring thrower kit for studying eddy currents, Lenz Law, and Faraday's Law. Includes two aluminum rings.
Solar Bottle Boats Kit
Power three different solar vehicles — a solar speed boat, an air boat, and a surface submarine — using only the power of the sun. Build three vessels out of your recycled plastic beverage bottles then power them with the sun using the included 1/2 watt, waterproof solar panel. You can build a solar speed boat, an air boat, and a surface submarine. No batteries required.
TI-Innovator™ Rover Starter Bundle
The programmable robotic vehicle that drives conceptual curiosity in math, science and coding.
Trajectory Study Apparatus, Two Dimensional
Explore the physics of projectile motion, trajectory path, velocity, acceleration, friction and more.
Klinger Single Slit Diffraction Experiment
Prove the Heisenberg uncertainty principle by manipulating the diffraction variables of wavelength and slit width

