For determining weights by spring elongation which is proportional to the applied force. For laboratory use.
Made of strong polystyrene with a flat anodised metal scale. Provided with a zero adjuster, suspension ring and a load hook.

Metric.

Newton

Metric and Newton, dual scale.
One edge of the scale is calibrated in newtons (N) and the other in grams (g).

Dual scale spring scales to measure force (Newton) and mass (grams). Clear acrylic body.
Easy zero adjustment and color coded.

For demonstrating that capillary rise is dependent upon the inner diameter of a tube. Proves that the molecules of a liquid are more attracted to glass than to other liquid molecules.
Consists of four glass capillary tubes of different inner diameters with a large tube serving as reservoir. Mounted on a stand. Height of the tubes is about 15cm..

For showing that liquid levels are independent of shapes of the containing vessel and liquid will rise to the same level in the vessel, regardless of its shape.
Consists of a reservoir and three tubes of borosilicate glass of same internal diameter but different shapes. Mounted on a stand.

For demonstrating that the pressure of a liquid at the bottom of a vessel is proportional to the depth of the liquid and is independent of the volume and shape of the vessel.
Consists of three borosilicate glass vessels of different shapes, open at both ends, having ground edges and bottom openings of equal size. Provided with plastic disks and attached hooks and strings so that when vessels are immersed, bottom down, water pressure holds the disk in place. Used to show that the depth of the vessel when water is poured inside it, is independent of the shape of the vessel. (Special Order. Minimum order quantity is 100 sets. $25/set)