Classroom Volume and Density Studies
Classroom Volume and Density Studies
Eisco™ Displacement Vessel
Displacement Vessel for specific gravity experiments.
Eisco™ Assorted Metal Cubes
Set of six Assorted Metal Cubes.
Eisco™ Micrometer Screw Gauge
Micrometer Screw Gauge with locking mechanism and ratchet top.
Eisco™ Aluminum Overflow Can - 4 Inch
Eisco Labs aluminum overflow can is ideal for liquid displacement experiments, providing accurate and reliable results in laboratory and educational settings.
Magdeburg Hemisphere
Great demonstration of air pressure and vacuums.
Fischer Technical Company™ Cast Iron High Vacuum Pump Plate
Cast Iron High Vacuum Pump Plate is high quality for years of classroom use.
Eisco™ Density Identification Cylinder
The Density Identification Cylinder is for students to identify and figure out mass, volume and density.
Eisco™ Square Density Blocks
Square Density Blocks are ideal for students studying mass, volume, and density.
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™ Density Metals Variety Set, 12 Pieces
This 12 Piece Density Metals Variety Set provides learners a wide range of different values to study during density investigation, specific heat, and specific gravity exploration
Supertek™ Equal Mass Set
To demonstrate the inverse relationship between density and length.
United Scientific™ Deluxe Boyle's Law Apparatus
Explore the relationship between pressure, volume, and temperature with this Boyle’s Law Apparatus, featuring a built-in thermocouple to monitor air temperature and a tube connected to an absolute pressure gauge.
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.
Eisco™ Density Spheres
The Eisco Labs Copper Hollow Sphere has a 75 mm diameter. It demonstrates the effect of temperature on liquid density.
United Scientific Supplies Equal Volume Cylinders
Ideal for specific gravity, density, volume and calorimetry experiments.