Product Details
Neodymium magnets, Ø 6 x 8 mm
These magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
These magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Designed to measure both pulling and pushing forces allowing labs from cart collisions to tug-of-war.
Determines the current through the sensor by measuring the voltage across the internal resistor.
When plugged into a detector coil, the LED flashes red or green as the detector coil passes through the magnet to indicate which direction the current flows through the detector coil.
Replacement Spheres and collars for the Gravitational Torsion Balance (AP-8215A). Designed to convert to Tungsten while maintaining the proper large sphere dimensions.
Allows mounting and changing of distance between field coils and is used for studies in electromagnetism.
Designed for experiments involving low light level conditions. ScienceWorkshop version.
Allows a rotary motion sensor to mount on a Dynamics Track and act as a high resolution bi-directional Smart Pulley.
Allows students to measure angular velocity, acceleration, centripetal forces, and other full range of motion experiments.
Allows students to study the behavior of a physical pendulum in either harmonic or chaotic motion.
Slides through a special slot in the Rotary Motion Sensor and allows you to measure short linear distances.
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