June 11, 2019
This anisotropicplus video goes a little further into trying to understand how gyroscopes appear to defy gravity and appear to violate Newton’s Third Law. This is the third in a series of experiments. A device is built and tested to allow a precession boost while entirely “hands off” to test the downward force generated as the gyroscope is lifted higher. Gyroscopes are fascinating because they appear to defy Newton’s Third Law: For every action, there is an equal and opposite reaction. They also appear to defy gravity with apparent antigravity effects.
The following are links to our other gyroscope videos. Gyroscope Appearing to Violate Newton’s Third Law https://youtu.be/ldqUV-DXiUg Gyroscopic Precession Powered Car https://youtu.be/zOGlHC56Brs Effect of Gyroscope Rotor Spin Direction on the Direction of Precession https://youtu.be/ipdOr91CdEs Gyroscope Attempting to Climb a Vertical Threaded Rod https://youtu.be/o5opoI3ryiQ Gyroscope Appearing to Violate Newton’s Third Law Part Three https://youtu.be/-nVVOhIWMPQ Gyroscope on a Linear Actuator on a Digital Scale and Newton’s Third Law https://youtu.be/1ZosxFJGd1I Falling Gyroscopes and the Effect of Gravity https://youtu.be/XHUrPrIYLjg Turntable for Bicycle Wheel Gyroscope Experiments That You Can Make Updated https://youtu.be/qcruVnPf86o Bicycle Wheel Gyroscope, Motorized, Low Cost and Easy to Make https://youtu.be/-SctQXmFX2I Gyroscopic Effects Demonstration with a Bicycle Wheel on a Turntable https://youtu.be/joLb15xJE-E Wheelbarrow Tire Spinning Top / Gyroscope and Newton’s Third Law Updated https://youtu.be/C4X2XToCgeA Wheelbarrow Tire Spinning Top / Gyroscope https://youtu.be/KSvo0QNC14c
Anisotropicplus Videos in Historical Order 
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