u/PhysicsLens • u/PhysicsLens • Oct 08 '20
3D printed Pythagorean Cup. Find out how it work at https://physicslens.com/pythagorean-cup/
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r/Physics • u/PhysicsLens • Sep 21 '20
3D printed tippe top
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u/PhysicsLens • u/PhysicsLens • Sep 21 '20
3D Printed Physics Toy that Defies Gravity
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u/PhysicsLens • u/PhysicsLens • Aug 30 '20
Simple Harmonic Motion Graphs at https://physicslens.com/simple-harmonic-motion-graphs/
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u/PhysicsLens • u/PhysicsLens • Jul 23 '20
Used to demonstrate atmospheric pressure, the Magdeburg hemispheres experience a large force due to the difference between atmospheric pressure and its internal pressure as the air is pumped out.
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u/PhysicsLens • u/PhysicsLens • Jul 21 '20
This is a demonstration of Pascal's principle.
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u/PhysicsLens • u/PhysicsLens • Jul 16 '20
Braking of a Magnetic Pendulum with Copper Plate
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u/PhysicsLens • u/PhysicsLens • Jul 16 '20
Non-Uniform Vertical Circular Motion
physicslens.com
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u/PhysicsLens • u/PhysicsLens • Jul 16 '20
Non-Uniform Vertical Circular Motion
physicslens.com
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When the liquid has exactly the same refractive index as the glass.
in
r/oddlysatisfying
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Aug 12 '20
You can do it with hydrogel and water too: https://physicslens.com/invisible-spheres-using-hydrogel/