95 Results for: "American Scientific"

Supplier: American Scientific

As the wind blows, the arms on this unique anemometer move and lift the reading bar, allowing your students to get a direct reading of wind speed at just a glance. The colorful plastic instrument can be hand-held or permanently mounted. It measures the Beaufort scale from 0–11. Size: 30 x 18cm.

Supplier: American Scientific

Set of 54 Includes twenty 1 g (blue), twenty 5 g (red), ten 10 g (yellow), and four 20 g (green) weights. These colored and coded stacking masses help children see mass relationships at a glance. Each color represents a different thickness and mass. Includes plastic storage box.

Supplier: American Scientific

Good quality hardwood meter and half-meter sticks with a natural finish.

Supplier: American Scientific

Perfect Funnel for Every Application.

Supplier: American Scientific

Perform live demonstrations showing how streams are created and constantly changing.

Supplier: American Scientific

Excellent teaching tool for introducing pressure and discussing its applications such as vacuum cleaners, flight, pumps, weather, and even how we breathe.

Supplier: American Scientific

Radiation cans for demonstrating solar energy and heat transfer.

Supplier: American Scientific

Marked with a magnetic declination scale.

Supplier: American Scientific

Demonstrate Newton’s Laws and the conservation of energy and momentum with the amazing new Air Puck!

Supplier: American Scientific

A steel cube, an aluminum cube and a rectangular aluminum slab have each been painted to conceal the identity of the metal. The steel and aluminum cubes have equal volume while the aluminum slab has greater volume. One plastic metric ruler is included with this set. For use with IPS textbook. Set of three.

WARNING: CHOKING HAZARD - Small parts. Not for children under 3 years.

Supplier: American Scientific

An interactive way to demonstrate angular momentum with any grade level.

Supplier: American Scientific

Simple, timeless demonstration of electrostatics.

Supplier: American Scientific

A hands on visual of converting heat to power.

Supplier: American Scientific

Compact kit for all your wave demonstration needs.

Supplier: American Scientific

Feel the force of 1 Newton and learn about how we measure force.

Supplier: American Scientific

Get hands on with dew and condensation.

Supplier: American Scientific

These graduated measuring cylinders are made of high quality polypropylene plastic and feature an easy pour spout. Extra-wide hexagon base helps to prevent spilling. Set includes 10 ml, 25 ml, 50 ml, 100 ml, 250 ml, 500 ml and 1,000 ml cylinders. Set of seven.

Supplier: American Scientific

Classic apparatus to measure the fundamental unit of electric charge (e).

Supplier: American Scientific

Accessories of Portable Micro Burner

Supplier: American Scientific

Effectively illustrate Newton’s Third Law with this exciting and simple discrepant event.

Supplier: American Scientific

Historical Experiment

Supplier: American Scientific

Nitinol (pronounced 'night-in-all') is an alloy metal, its name stands for Nickel (Ni), Titanium (Ti), and the Naval Ordnance Laboratory (NOL) where it was discovered.

Supplier: American Scientific

Provide a convenient way to illustrate the properties of lenses to students.

Supplier: American Scientific

Students can experiment with this kit to discover for themselves how energy exists in many forms and the resources from which society can benefit.

Supplier: American Scientific

Classic Demonstration of Convection Currents

Supplier: American Scientific

All Types and Sizes for all Optical Applications.

Supplier: American Scientific

A Fascinating Demonstration!

Supplier: American Scientific

Bright green laser pointer, at a budget friendly price.

Supplier: American Scientific

Nitinol (pronounced 'night-in-all') is an alloy metal, its name stands for Nickel (Ni), Titanium (Ti), and the Naval Ordnance Laboratory (NOL) where it was discovered.

Supplier: American Scientific

Demonstrate the Lorentz force and calculate the charge/mass ratio of an electron.