Additional information
Dimensions | L x W x H: 590 x 590 x 290 mm |
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Weight | 2.500 kg |
A question every Physics student should know the answer to, is ‘why does a bicycle wheel stay upright when in motion?’ Explain this, and more with the Lascells Gyroscope Wheel. Get the wheel spinning at high speed using the superior length pull cord to demonstrate torque, gyroscopic precession, and angular momentum. With two options for the radial placement of masses, the effect of mass distance from rotation axis can be examined. Mass can also be increased using the Additional Mass Set LA30-935 (not included). Use the Rotary Platform LA30-050 (not included) with your Gyroscope Wheel to perform the classic and unforgettable conservation of angular momentum demo, and revolutionise the way you teach rotational mechanics. The long black label on the gyroscope wheel can be used as an easily identifiable, high contrast marker for timing within a video analysis software suite, e.g. Tracker (open source freeware).
Key Features:
4 m long pull cord
Included bungee cord for axial suspension
Label for video analysis timing
Change distance of masses from rotation axis
The product image is for illustrative purposes only. Please refer to the product description and technical specifications for accurate product information.
Dimensions | L x W x H: 590 x 590 x 290 mm |
---|---|
Weight | 2.500 kg |
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