Fluids

This experiment demonstrates Archimedes' Principle by measuring buoyant force on an object immersed in a fluid. Users can compare the weight of the ob...

This experiment demonstrates Bernoulli's principle using a swinging ball. By changing the surface roughness on different sides of the ball, the airflo...

This experiment demonstrates buoyant force by pushing a mug into a bucket of water. As the mug is pushed deeper, the upward buoyant force increases. W...

This experiment demonstrates capillary rise. It shows how a liquid rises or falls in a narrow tube depending on the type of liquid, the diameter of th...

This experiment demonstrates that when air moves at high speed, the pressure around it decreases. A balloon placed near a fast-moving air stream shift...

This experiment demonstrates the principle of conservation of mass in fluid flow. As fluid moves through a pipe with different cross sectional areas, ...

This experiment demonstrates hydrostatic pressure using a rubber membrane at the bottom of a vertical tube. As water is poured in, the rubber sheet bu...

This experiment demonstrates the concept of density by observing whether different objects float or sink in honey, water, and oil, showing that an obj...

This experiment demonstrates the working of an open tube manometer by showing how changes in fluid type, height, and density affect the measurement of...

This experiment demonstrates how pressure depends on surface area. A wooden block is placed in vertical and horizontal positions to change the contact...

This experiment demonstrates how water pressure increases with depth by showing that as a submarine descends, the surrounding pressure rises significa...

This experiment demonstrates how fluid flow changes between laminar and turbulent states. By changing velocity, density, and viscosity, the nature of ...

This experiment demonstrates how adjusting parameters such as the height of the fluid column affects the efflux velocity in real time. Changing the he...

This experiment demonstrates how changing the radius and density of a spherical object directly affects its terminal velocity as it falls through a fl...