Classroom Volume and Density Studies
United Scientific™ Bucket and Cylinder (Archimedes' Principle)
Ideal for classroom use.
Eisco™ Material Solids Block Kit
The Material Solids Block Kit is intended to familiarize students with appearance, feel, texture and density of these common materials.
Eisco™ Bourdon Gauge
The gauge is circular having overall dia. of 100mm.
Eisco™ Density Block Set with Hooks
Perfect for studying density.
3B Scientific™ Baroscope
Beam balance on base with suspended polystyrene ball and adjustable counterweight for demonstrating buoyancy on a body due to atmospheric pressure.
3B Scientific™ Baseline Woven Measurement Tape with Push-Button Retractor
Baseline woven measurement tape with push-button retractor - Woven fabric measurement tape is calibrated in inches and centimeters.
Fischer Technical Company™ Cast Iron High Vacuum Pump Plate
Cast Iron High Vacuum Pump Plate is high quality for years of classroom use.
Ring and Disc
PVC ring and hardwood disc have the same mass and diameter.
Magdeburg Hemisphere
Great demonstration of air pressure and vacuums.
Learning Resources, Inc Giant GeoSolids™
Make visual classroom demonstrations possible.
Cubes and Slab Set
Study the relationship of density to mass and volume — D=M/V.
Legend Inc Marcy Pulp Density Scale (container sold separately)
Greater Sensitivity: Circular dial is equivalent to a 47" beam balance for greater sensitivity.Solid Construction: Entire unit is supported by a top ring. Scale is accurately set at the factory.Accuracy: Cylindrical containers with slotted overflow, permit accurate filling to exactly 1000 cc.Ease Of Operation: Samples do not have to be weighed separately; refer to tables or make calculations.Compatibility: Interchangeable dials make weighing applicable for any range of solids of light or heavy density. APPLICATIONS:Use Marcy Scales to obtain the following direct readings: Weight of sample in grams or kilograms. Specific gravity of liquid or pulp. Results are in % solids by weight. Percent solids contained in the pulp of any given specific gravity.
