Classroom Volume and Density Studies
Eisco™ Density Set Super Pack with 48 rods
Shows students density of substance is constant even as mass and volume change.
Eisco™ Black Derlin Density Set
For students to learn that density of a substance remains constant even as its mass and volume change.
Eisco™ Archimedes Principle Demonstration Kit
Use to explain Archimedes Principle, that the buoyant force on an object submerged in a fluid is equal to the weight of the fluid that is displaced by that object. Can also be used to calculate the density of any liquid.
Eisco™ Boyle's Law Demonstration Apparatus, Simple Form
Show the effects of volume on pressure with this easy-to-use device.
United Scientific Supplies Equal Volume Squares
Used for specific gravity experiments.
Eisco™ Density Blocks with Hooks
Ideal for studying density.
Eisco™ Lead-Free Density Blocks
For studying density and specific heat without using lead.
Eisco™ Boyle's Law Apparatus
The Eisco Labs Boyle's Law Apparatus includes a horizontally mounted marked acrylic tube, gas tap, pressure gauge, and a rubber stopper on screw threads. It provides a hands-on experience to understand Boyle's Law, showcasing the relationship between pressure and volume in gases.
United Scientific™ Density Rod
Classic demonstration that engages students.
Eisco™ Micrometer Screw Gauge
Micrometer Screw Gauge with locking mechanism and ratchet top.
Eisco™ Large Vernier Caliper Demonstration, 24 in.
The Large Vernier Caliper Demonstration is an effective visual aid for teaching students how to accurately take and read measurements using a Vernier caliper.
Eisco™ Drilled Ball Set
Classroom Drilled Ball Set enables learning of pendulums, density and mass experiments.
Ring and Disc
PVC ring and hardwood disc have the same mass and diameter.
Eisco™ Hardwood Meter Scale
Hardwood Meter Scale with graduations on both edges in centimeters and millimeters.
United Scientific Supplies Metal Magdeburg Hemispheres
Magdeburg hemispheres are closer to the original version than the plastic or rubber models.