81.2K
CHA Cartesian diver is a classic science experiment that demonstrates buoyancy, pressure, and density by making a small object sink or float when you squeeze a bottle of water. #chemistry #reels
@chemicalkim
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EVCartesian Diver Experiment! #Science #STEM #ScienceExperiment #CartesianDiver #GasLaws
@everyday_experiments
1.2M
ADIt’s Cartesian Diver time! Which means I’m about done with Gas Laws which means the end of the year is in sight. Let’s crush Phase Change, Equilibrium, Solutions and Acids/Bases - bang through Finals, turn off the lights and hand in keys! #reperchage #calstrsretiredlife
@adventuresofelmucho
34.7K
TEScience Activity – Dancing Baby Squids 🦑
Did you know that with just a simple bottle of water, children can explore the fascinating Cartesian Diver phenomenon? When you gently squeeze the bottle, the air pressure inside changes, causing the little squids to sink down and then float back up, just like they’re dancing.
Through this activity, children can easily understand the concept of sinking and floating without feeling confused or bored. Learning science in a visual, hands-on way while watching the squids move rhythmically—doesn’t that sound relaxing and engaging?
@teacherkimbook
30.2K
DICartesian diver 🤿
This toy demonstrates Archimede's and Pascal's principle
#physics #pascal #archimedes
@dizzy_physics
598
PHThis video demonstrates a Cartesian diver experiment using a plastic jellyfish. By squeezing the water bottle, the jellyfish sinks, and releasing it makes the jellyfish rise. This illustrates principles of buoyancy and pressure, where changing pressure in the bottle adjusts the jellyfish's density, causing it to move up and down. The jellyfish acts as a diver, with an air pocket inside it compressing or expanding based on the pressure applied to the bottle. This change in volume affects its buoyancy, making it a simple yet effective demonstration of fluid mechanics.
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#physicsfacts #physicslovers #physicsmemes #quantumphysics #science #sciences #physicsproject #physicsfun #physicsexam #physicsassignment #physicstutor #physicsoftheuniverse #physicsformula #theoreticalphysics #physicsmemes #physicalscience #physicsclass #sciencefacts
@physics_assignment_homework
306.2K
PA10 классных экспериментов с водой
Взяв бутылку воды можно провести не мало увлекательных опытов. Из перевернутой бутылки не будет выливаться вода из-за разницы давлений и крышкой станет обычная пластиковая карта или шарик, с с помощью инерции можно, не пролив воду, выбить из-под бутылки фишки, разницу в поверхностном натяжении разных жидкостей используем, чтобы запустить ракету на чернилах в воде, стакан воды перевернет изображение из-за преломления света, а сладкие потоки от конфет устремятся в центр благодаря разной плотности жидкостей. Вакуум заставит воду литься снизу вверх. Еще мы сделаем картезианского водолаза и будем им управлять, сжимая воздух в воде, а Центробежная сила не позволит пролить ведро с водой над головой. И, конечно, помним, что главный закон баланса - это улыбка. Убедимся в этом с помощью водяного уровня
10 cool experiments with water
By taking a bottle of water you can conduct quite a few exciting experiments. Water will not pour out of an inverted bottle due to the difference in pressure and the lid will become an ordinary plastic card or ball, with the help of inertia you can knock out chips from under the bottle without spilling water, we use the difference in the surface tension of different liquids to launch a rocket at ink in water, a glass of water will turn the image upside down due to the refraction of light, and sweet streams from candies will rush to the center due to the different densities of liquids. We will also make a Cartesian diver and control him by compressing air in water, and Centrifugal Force will not allow a bucket of water to spill over his head. And, of course, we remember that the main law of balance in the water level is a smile.
@papa_3dochki
28.3K
CHCartesian Divers! #Chemistry #ScienceatHome
Pascal's Principal states that pressure applied to a confined fluid is transmitted undiminished throughout the fluid. When you squeeze the bottle, the pressure is transmitted through the water to the air bubble inside the diver, compressing it. Archimedes' Principle states that an object submerged in a fluid experiences an upward buoyant force equal to the weight of the fluid it displaces. #AirPressure #GasLaws
@chemicalkim
108.3K
PHCartesian Divers: increasing pressure on the water compresses the air bubbles in the small glass vials filling them further with water making them sink. Pascal’s principle states that any change in pressure on an enclosed fluid (such as pushing on the rubber cover) is transmitted evenly to every part of the fluid- the physics of hydraulic brakes! Named after the physicist and philosopher Rene Descartes. ➡️ Follow the link in my profile for info on where to get many of the amazing items featured here on @physicsfun #physicstoy #physicsfun #cartesiandiver #hydraulics #physics #fluidstatics #Archimedesprinciple #pascalslaw #buoyancy #science #scienceisawesome
@physicsfun
1.7M
STDiving Taco Sauce Magic! See how the experiment works: https://stevespangler.com/experiments/cartesian-diver-ketchup/ #science #magic #stevespangler #diy
@stevespangler
23.2K
CCCartesian Diver
@ccl_iitgn
15.4K
AM🎗️✅Cartesian Diver 🔗Dive into Science: The Cartesian diver works by changing its own density to become less or more dense than the surrounding water, causing it to sink or float. Squeezing an airtight bottle increases the pressure, which compresses the air bubble inside the diver, reducing its volume and thus increasing its overall density, making it sink. Releasing the pressure allows the air to expand, decreasing the diver’s density and making it float again. This phenomenon demonstrates principles of density, pressure, and buoyancy, specifically referencing Boyle’s Law (pressure and volume of a gas) and Pascal’s Law (pressure in an incompressible fluid).
#science #school #sciencefacts #funscienceforkids #fun #experiment #playwaylearning #insta
@amazing_fun_science_channel
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