This heat conduction apparatus is used to investigate the difference in the heat conduction of the metals iron, copper, aluminum and brass.
The device works by placing a tealight in the middle which heats the metals at the same time. The heat spreads through the metals to the recesses, where a little candle can be placed, which melts in the order in which the heat reaches it.
A 400 turn wire coil on one end of a wand that has two terminals at the other end to accommodate banana plug contacts, permitting easy connection of an electric circuit.
Allows students to conduct experiments to measure the speed of light. Reflect a laser off a movable mirror into a light receiver to measure phase differences.
Replacement Spheres and collars for the Gravitational Torsion Balance (AP-8215A). Designed to convert to Tungsten while maintaining the proper large sphere dimensions.
Allows students to measure angular velocity, acceleration, centripetal forces, and other full range of motion experiments.
Accurately measures position, velocity, and acceleration of a target. ScienceWorkshop version.
The Stress Strain Apparatus lets students observe stress and strain as they stretch a material to the point of fracture.
Slides through a special slot in the Rotary Motion Sensor and allows you to measure short linear distances.
Used for measuring the temperature of liquids, air, and other materials. ScienceWorkshop Version.
Allows students to study the behavior of a physical pendulum in either harmonic or chaotic motion.
Designed to measure both pulling and pushing forces allowing labs from cart collisions to tug-of-war.
