Cartesian Diver Replacement for Classroom Apparatus – Pack of 10

Hand-Blown Glass Cartesian Diver – Pack of 10 for Buoyancy Experiments

STEM Science Kit: 2.5” Glass Cartesian Diver Pack of 10

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Cartesian Diver for the Cartesian Diver Apparatus – 2.25" H Pack of 10 Hand-Blown Glass Divers by GSC International Inc.

Name: Cartesian Diver for the Cartesian Diver Apparatus – 2.25" H Pack of 10 Hand-Blown Glass Divers by GSC International Inc.
Brand: GSC International Inc.
SKU: GS-305-10
Price: 42.12 USD
Availability: OutOfStock

by GSC International Inc. from Hands-On Learning Series

SKU - GS-305-10

Cartesian Diver for the Cartesian Diver Apparatus – 2.25" H Pack of 10 Hand-Blown Glass Divers

Hand-blown 2.5-inch glass Cartesian diver
Sold in a pack of 10 divers for classroom use
Ideal replacement part for Cartesian Diver Apparatus
Demonstrates buoyancy and atmospheric pressure principles
Includes: 1 Cartesian Diver, 1 Hydrometer Tube, 1 Rubber Sheet, 1 Rubber Band and Instructions

Usually Ships Between 1-2 Business Days

~~$66.55~~ $42.12

Payment methods

Brand: GSC International Inc.

SKU: GS-305-10

Collections:

Hands-On Learning Series

Tags:

Cartesian Diver Apparatus accessory,Cartesian diver replacement,classroom buoyancy kit,educational physics tool,hand-blown glass diver,Hands-On Learning Series,interactive science classroom kit,pack of 10 glass divers,physical science apparatus,STEM diver experiment,water pressure demonstration

Description
Additional Details

Description

Cartesian Diver for the Cartesian Diver Apparatus – 2.25" H Pack of 10 Hand-Blown Glass Divers by GSC International Inc.

The Cartesian Diver for the Cartesian Diver Apparatus from GSC International is a hand-blown, 2.5-inch tall glass diver designed for classroom experiments in buoyancy and atmospheric pressure. This replacement part is ideal for the Cartesian Diver Apparatus with Cylinder Set (#305-1) and sold in a convenient pack of 10 divers.

Students can observe the diver rise and fall in a water-filled cylinder as pressure is increased or released, making it perfect for hands-on STEM lessons and interactive physical science demonstrations.

Key Benefits