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Pyrolytic carbon is the material with the highest diamagnetic susceptibility at room temperature.
Set of four small neodymium magnets and two small pieces of pyrolytic carbon.
Slides through a special slot in the Rotary Motion Sensor and allows you to measure short linear distances.
Allows a rotary motion sensor to mount on a Dynamics Track and act as a high resolution bi-directional Smart Pulley.
Allows the students observation of velocity of drop rising in an electric field, then permits calculation of the force on the charge carried by the oil drop.
Designed to measure magnetic field with three selectable ranges of +-1000 gauss.
Designed to allow the use of a force sensor as a balance.
Replacement Spheres and collars for the Gravitational Torsion Balance (AP-8215A). Designed to convert to Tungsten while maintaining the proper large sphere dimensions.
This system is ideal for hands-on experimentation with basic circuits and includes more components than the Basic Set, as well as sensors. It is a component of the Essential Physics program.
Combines features that significantly improve the ease of setup, the durability of the Torsion Band and the quality of results. In the newer models the spheres are tungsten rather than lead.
Designed to measure both pulling and pushing forces allowing labs from cart collisions to tug-of-war.
Allows students to mount Rotary Motion Sensors to the Rotating Platform or Gyroscope.
