This device is used to investigate how connected vessels are affected by pressure and density.
The liquid surface will be at the same height, regardless of whether the interconnected vessels have different shapes or are located at different levels in relation to each other.
The Stress Strain Apparatus lets students observe stress and strain as they stretch a material to the point of fracture.
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.
Allows a rotary motion sensor to mount on a Dynamics Track and act as a high resolution bi-directional Smart Pulley.
Accurately measures position, velocity, and acceleration of a target. ScienceWorkshop version.
Slides through a special slot in the Rotary Motion Sensor and allows you to measure short linear distances.
Designed to measure magnetic field with three selectable ranges of +-1000 gauss.
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.
Allows students to study the behavior of a physical pendulum in either harmonic or chaotic motion.
Determines the current through the sensor by measuring the voltage across the internal resistor.
Replacement test coupons for the Stress/Strain Apparatus.
