These specimens are large enough for younger children to manipulate. Nine items range in density from 0.05 to 19 g/mL and each is about 1 cc in volume. Includes 7 cylinders, 3.2 cm x 5.5 mm diameter (carbon, aluminum, brass, PVC, copper, polyethylene, steel); glass sphere, 1.1 cm diameter; styrofoam lump; instructions.
These specimens are large enough for younger children to manipulate. Nine items range...
These specimens are large enough for younger children to manipulate. Nine items range in density from 0.05 to 19 g/mL and each is about 1 cc in volume. Includes 7 cylinders, 3.2...
611-2055
.Use these metal cylinders to measure density after the student has determined the mass and volume of each. 50 mm long and 13 mm diameter. Available as set of 4 (aluminum, steel, brass and copper) with instructions or separately.
Use these metal cylinders to measure density after the student has determined the mass...
Use these metal cylinders to measure density after the student has determined the mass and volume of each. 50 mm long and 13 mm diameter. Available as set of 4 (aluminum, steel,...
611-2060
.Use the Steel cylinder to measure density after the student has determined its mass and volume. 50mm long and 13mm diameter.
Use the Steel cylinder to measure density after the student has determined its mass and...
Use the Steel cylinder to measure density after the student has determined its mass and volume. 50mm long and 13mm diameter.
611-2062
.Use the brass cylinder to measure density after the student has determined its mass and volume. 50mm long and 13mm diameter.
Use the brass cylinder to measure density after the student has determined its mass and...
Use the brass cylinder to measure density after the student has determined its mass and volume. 50mm long and 13mm diameter.
611-2063
.This aluminum sinker is perfect for density experiments as it fits in a graduated cylinder. Also use for finding the specific gravity of aluminum. 19 mm x 7.5 cm.
This aluminum sinker is perfect for density experiments as it fits in a graduated...
This aluminum sinker is perfect for density experiments as it fits in a graduated cylinder. Also use for finding the specific gravity of aluminum. 19 mm x 7.5 cm.
611-2070
.Our 2.54 cm (1") cube is ideal for density and buoyancy experiments since it sinks in water. This is because lignum vitae is one of the hardest and heaviest woods and has a specific gravity of 1.05 and a density of 77-82 lb./ft cubed.
Our 2.54 cm (1") cube is ideal for density and buoyancy experiments since it sinks in...
Our 2.54 cm (1") cube is ideal for density and buoyancy experiments since it sinks in water. This is because lignum vitae is one of the hardest and heaviest woods and has a...
611-2075
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