Jan 16, 2023 · Bring a physical representation of the volume of a mole of gas at STP to your classroom with the Carolina Mole Box. The box itself is 11.1 on each side and forms a 22.4-L cube when constructed. Useful information, including gas law equations, constants, and conversion factors, is printed on each side of the cube.

The Mole Box Chemistry Model contains helpful information, such as conversions, gas laws, and constants. Do students look puzzled when told the volume of a mole of gas at STP is 22.4 liters? Don't just tell them, show them!

Bring a physical representation of the volume of a mole of gas at STP to your classroom with the Carolina™ Mole Box. The box itself is 11.1 on each side and forms a 22.4-L cube when constructed.

Dec 8, 2015 · Eisco’s Mole Set is a hands-on educational tool designed to help students visualize the concept of a mole and molar mass. The kit includes four metal bars—copper, iron, zinc, and aluminum—each precisely measured to represent one mole of that element.

Want to visualize what a mole of air really looks like? Many concepts in Chemistry class are hard to grasp. However, this one will be a little more hands-on when you use our die-cut cube - complete with mole! Each of the six sides of our cardboard box …

The Mole Box is a 22.4 L cardboard cube that represents the equivilent of 1 mole of O 2, N 2, H 2, and He at STP of 0°C, and 1 atm. It features Avogadro’s Number and the gas law with large, easy-to-read equations.

The Mole Box is a 22.4 L cardboard cube that represents the equivilent of 1 mole of O, N, H, and He at STP of 0°C, and 1 atm. It features Avogadro’s Number and the gas law with large, easy …

Feb 20, 2025 · How to visualize what a mole of air really looks like? Use our custom-printed, die-cut cube... complete with mole! Many concepts in chemistry class are hard to grasp. (Plus we all need a good laugh.) This 6-sided cardboard box, each side 28.2 cm square, folds into a …

Help students visualize what a mole of air really looks like. Use this custom-printed, die-cut cardboard cube... complete with mole! Each side of this sturdy cube is imprinted with useful facts in large type that can be read easily across a classroom. 11.2 square Specifications

The Mole Box is a 22.4 L cardboard cube that represents the equivilent of 1 mole of O 2, N 2, H 2, and He at STP of 0°C, and 1 atm. It features Avogadro’s Number and the gas law with large, easy-to-read equations.