Strength of a Rupert's Drop #shorts #experiment #ytshorts #hydraulicpress
Strength of a Rupert's Drop #shorts #experiment #ytshorts #hydraulicpress
Can Rupert’s Drop withstand the ultimate test? In this jaw-dropping experiment, we subject the seemingly fragile glass drop to a staggering 20 tons of force from a hydraulic press. You won’t believe the result! Despite the immense pressure, the drop doesn’t break. Instead, the hydraulic press itself deforms under the massive force, revealing just how indestructible Rupert’s Drop is under compression. But the true magic happens when the tail of the drop is broken. Witness the explosive shattering that occurs when this incredibly strong piece of glass is compromised. This experiment provides a spectacular showcase of material science and the unique properties of this remarkable glass formation. Learn the fascinating science behind Rupert’s Drop and its extraordinary ability to resist crushing forces while shattering violently when damaged in just the right way. Subscribe for more incredible science experiments and physics challenges!
#RupertsDrop, #glassexperiment , #hydraulicpress , #UnbreakableGlass, #physicsinaction , #materialscience , #scienceexperiments , #ExtremeTests, #physicsfacts , #GlassBreaks,
Ruperts Drop, Glass Experiment, Hydraulic Press, Unbreakable Glass, Physics In Action, Material Science, Science Experiments, Extreme Tests, Physics Facts, Glass Breaks
#amazingexperiments #IndestructibleGlass #physicsfun #GlassStrength #UnbelievablePhysics #GlassScience #HydraulicPressTest #ExtremeMaterialTests #physicsexplained #ScienceSpectacle #strongglasses #IndestructibleObjects #materialproperties #physicschallenges
Видео Strength of a Rupert's Drop #shorts #experiment #ytshorts #hydraulicpress канала SurgeSun
prince rupert's drop, glass strength test, glass, molten glass, smarter every day, what is a prince rupert's drop, Ruperts Drop, Glass Experiment, Hydraulic Press, Unbreakable Glass, Physics In Action, Material Science, Science Experiments, Extreme Tests, Physics Facts, Glass Breaks
Can Rupert’s Drop withstand the ultimate test? In this jaw-dropping experiment, we subject the seemingly fragile glass drop to a staggering 20 tons of force from a hydraulic press. You won’t believe the result! Despite the immense pressure, the drop doesn’t break. Instead, the hydraulic press itself deforms under the massive force, revealing just how indestructible Rupert’s Drop is under compression. But the true magic happens when the tail of the drop is broken. Witness the explosive shattering that occurs when this incredibly strong piece of glass is compromised. This experiment provides a spectacular showcase of material science and the unique properties of this remarkable glass formation. Learn the fascinating science behind Rupert’s Drop and its extraordinary ability to resist crushing forces while shattering violently when damaged in just the right way. Subscribe for more incredible science experiments and physics challenges!
#RupertsDrop, #glassexperiment , #hydraulicpress , #UnbreakableGlass, #physicsinaction , #materialscience , #scienceexperiments , #ExtremeTests, #physicsfacts , #GlassBreaks,
Ruperts Drop, Glass Experiment, Hydraulic Press, Unbreakable Glass, Physics In Action, Material Science, Science Experiments, Extreme Tests, Physics Facts, Glass Breaks
#amazingexperiments #IndestructibleGlass #physicsfun #GlassStrength #UnbelievablePhysics #GlassScience #HydraulicPressTest #ExtremeMaterialTests #physicsexplained #ScienceSpectacle #strongglasses #IndestructibleObjects #materialproperties #physicschallenges
Видео Strength of a Rupert's Drop #shorts #experiment #ytshorts #hydraulicpress канала SurgeSun
prince rupert's drop, glass strength test, glass, molten glass, smarter every day, what is a prince rupert's drop, Ruperts Drop, Glass Experiment, Hydraulic Press, Unbreakable Glass, Physics In Action, Material Science, Science Experiments, Extreme Tests, Physics Facts, Glass Breaks
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12 апреля 2025 г. 8:00:09
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