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Rolling pendulum Maxwell Wheel Apparatus

This rolling pendulum maxwell wheel apparatus is used to demonstrate the conservation of mechanical energy. When the wheel is rotated by hand to the top and released, its potential energy will turn into kinetic energy (rotation) as it falls. After the wheel reaches its bottom position, the kinetic energy will change back to potential energy when it moves up again. This process will continue on until the total energy is lost due to friction.

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Applied Force and Reaction Car

This Fan Car demonstrates the difference between force and mass. Applied force and reaction car can be used to demonstrate friction in combination with an incline plane.

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Laboratory Gyroscope

This quality laboratory gyroscope has free-running bearings that allow it to run more than two minutes from a single cord-pull start and features circular guard disks on the axle that prevent the starting cord from becoming trapped in the bearing. The 175-gram solid metal rotor has a moment of inertia of about 2 x 10-5 kgm2. The gyroscope is mounted on a gimbal ring and comes with two stands, one with a rotating frame and the other with rocker feet. A 60-cm starting cord and handle are also supplied. Highly recommended for the classroom setting!

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Boyle's Law Apparatus

Place the instrument on the test bench, adjust the screw rod to the top, close the right valve to seal the air, rotate the screw rod, and turn the barometer. Negative pressure experiment can also be done. When the experiment stops, the screw rod will reach the lowest end. Put boyle's law apparatus in a dry place.

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Gas Law Apparatus

This Gas Law apparatus allows the user to experiment with the elastic properties of a measured quantity of gas. A good introduction to the concept known as Boyle’s law, it helps to demonstrate the relationship between pressure and volume of air at constant temperature. Use in classroom demonstrations, science projects and more.

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Hydraulic Press Model

During the experiment, the hydraulic press model at the bottom, to pull the small piston, the water tank is pumped into the small piston cylinder, then press down the small piston, visible water into the large piston cylinder and the piston to move upwards; continue to use small piston pump, the piston continues to put on, until from the large piston bearing platform on the top of the wire is cut off.

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