"Tubes"

High quality demonstration induction coil.

With this meter, you can survey for alpha, beta, and gamma radioactivity or monitor a work area.

Demonstrate the properties of radioactive decay safely in your lab.

Measure the radiant Intensity of a "black body".

Over 380 million people worldwide are afflicted by diabetes mellitus, a chronic disease that leads to high blood sugar. Due to genetic predisposition and high-calorie, low-activity lifestyles, that number continues to grow. Without early detection and treatment of diabetes, severe medical complications can occur. In this simulation, students will diagnose diabetes in three patients using the urine glucose test and Enzyme-linked Immunosorbent Assay (ELISA).

Affordable, Easy, Fun
Present these demonstrations in front of your class to excite your students about learning core physics concepts. Set up and execution are simple, so you can spend more time engaging your students. Ideal for introducing a unit or using as reinforcement after a lesson, these demos are available for all fundamental physical science topics.

Two 70 cm long spring scales allow students to easily see and demonstrate force experiments and equilibrium.

Compact Daniell cell kit with nested-container design for efficient electrochemical experiments.

This kit provides an introduction to ionic interactions by giving students exposure to a large number of reactions and allowing maximum observation for a limited amount of time and effort.

Distillation kit includes 15 pieces of glassware made from high quality, heavy duty, 3.3 borosilicate glass.

Meets AP Science Practices 3 and 6

Measure the acceleration due to gravity three different ways.

Explore the factors that create an EMF in the interaction of a magnetic field and coil of wire.

Simulate ocean acidification by introducing carbon dioxide into water and measuring pH over time.

Launch an egg and test recovery systems with this reliable, sturdy model rocket.

Set up an electrochemical cell using a variety of materials.

Gravitational Torsion Balance and He–Ne–Laser demonstrates gravitational attraction between two bodies and determines the gravitational constant.