Pascal's vases: Water in removable vases with pressure gauge.
2B20.42 • C+30+50
Pascal's vases: Water in removeable vases with pressure gauge. Each of the four vases can be screwed into the top of the pressure sensing diaphragm located behind the pressure. The height of the fluid is adjusted by moving the reservoir up and down. All four vases will yield the same pressure for a given fluid height. FLUID STATICS.
Related Demos
C+30+0 Revolving 'drumhead' with manometer shows pressure in water tank. C+30+5 Magdeburg's hemispheres(cast iron) evacuated, can't be separated. C+30+10 Hydraulic jack with pressure gauge, breaks 2"x 2" piece of wood. C+30+11 Incompressibility of water in two different sized syringes C+30+15 Archimedes' principle: Cup and plug on balance beam. C+30+17 Archimedes' principle: weighing beakers in water. C+30+18 Fist in and out of water C+30+20 Archimedes' principle: Fish submerged in water on balance beam. C+30+25 Archimedes' principle: Aluminum and brass cylinders. C+30+30 Film loop: "Archimedes' principle", 3:40 min. C+30+35 Cartesian divers: Pressure on cap sends divers sinking. C+30+40 Torricelli Barometer: Column of mercury in bell jar. C+30+45 Large model of aneroid barometer. C+30+52 Interconnected set of glass vases of different shapes. C+30+53 Interconnected tube with immiscible liquids. C+30+54 Interconnected tube of various elevations with immiscible liquids. C+30+55 Working model of the lung: Balloons in a bell jar over a diaphragm. C+30+60 Suction cup holds large mass suspended from heavy glass plate. C+30+62 Mat held down by atmospheric pressure. C+30+65 Collapse 1 gallon metal can with vacuum pump. C+30+68 Vacuum Cannon C+30+70 The weight of air. C+30+75 Vacuum hoist, working model. C+30+80 Inversion table and blood pressure monitor C+30+85 Drag demo with coffee filters C+30+85 Applet: Buoyancy C+30+90 Applet: Density C+30+95 Applet: Fluid Pressure and Flow C+30+100 Applet: Buoyant Force C+30+105 Applet: More Buoyancy C+30+110 Illustration of buoyancy and drag force C+30+115 Ice is sliced in two by wire creating high pressure.