Wireless Temperature Sensor with Display

The Wireless Temperature Sensor with display is a general-purpose sensor useful in many science labs. With a rugged, water resistant design and rechargeable lithium ion battery, students can get spot reads from the display or auto collect data to a device to study trends. When plastic in bottle with plastic pellets and shake for kinetic particle model.

Essential Physics Standard Equipment Kit

Designed for use with the investigations in Essential Physics 3rd Edition, this kit contains everything in the Physics Lab Station Mechanics Starter and Electricity and Magnetism bundles.
This kit includes equipment to perform 23 investigations in Essential Physics 3rd Edition.

Thermal Conductivity Apparatus

One of the most important considerations for buildings in the modern world is their ability to provide good thermal insulation. This apparatus gives students a way to observe and quantify heat flow across a constant temperature differential. Students use five common materials as test samples: glass, wood, polycarbonate, Masonite and sheetrock.
Provides students a means of observing and quantifying heat flow across a constant temperature differential.

Ripple Tank System

Demonstrate all manner of basic wave phenomena with this easy to use and complete system. Includes all necessary equipment.

Wireless Geiger Counter with Sample Holder

This Wireless Geiger Counter detects alpha, beta, and gamma ionizing radiation. The included stand makes it easy to perform experiments on the inverse square law and radiation shielding.

Standard Smart Cart Metal Track 1.2 m System

The Standard Smart Cart Metal Track 1.2 m System includes two Wireless Smart Carts, are ideal for investigating mechanics topics such as velocity, acceleration, Newton’s laws, forces, collisions, and the conservation of momentum and energy. A variety of accessories can be added to expand your dynamics system's functionality, enabling students to study harmonic motion, projectile motion, optics and more.

Projectile Motion

The wireless solution for using a projectile launcher to better understand the kinematics and dynamics of projectile motion.

Coulomb’s Law Experiment

The complete solution for determining the Inverse Square Law and advanced investigations into all the variables involved in electrostatic repulsion.

Electricity, magnetism and materials V2

This kit provides a comprehensive range of practical assignments into electricity and magnetism. (LK9071-2)
Topics students can study include:
- Electrical properties of materials
- Simple circuits
- Heat and magnetism
-Basic circuit symbols
-Current flow
-Series and parallel circuits
-Patterns of voltage and current
-Electrical sensors
-Relays and electromagnets

Charge, Equipotential and Field Mapper

Draw any set of two-dimensional conductors and investigate the electric field and the equipotential lines between and around the conductive paper.

Ideal Gas Law

The complete solution for investigating the Ideal Gas Law, including the special cases of Boyle’s Law and Gay-Lussac’s Law.

Ratio of Specific Heats

Determine the ratio of specific heat capacities for air by measuring the period of oscillation of the piston in a cylinder filled with air.

Mechanical Waves Experiment

The complete solution for conducting a series of experiments in the area of mechanical waves.
Concepts
• Speed of waves in a string
• Speed of sound in air
• Resonance in strings and air columns
• Harmonics

Interference and Diffraction

The basic system is built around a Gunn Diode Transmitter and receiver, and is designed to aid students in understanding and visualizing electromagnetic wave interactions.

Microwave Optics: Basic System

The basic system is built around a Gunn Diode Transmitter and receiver, and is designed to aid students in understanding and visualizing electromagnetic wave interactions.

Photoelectric Effect Experiment

Complete photoelectric effect experiment includes experiment files and the photoelectric effect system
Concepts
• Data collection
• Find Planck’s Constant to within 5%
• Verify that stopping voltage is independent of intensity
• Find characteristics of the photodiode

Franck-Hertz Experiment

As early as 1914, James Franck and Gustav Hertz discovered in the course of their investigations an energy loss in distinct steps for electrons passing through mercury vapor and a corresponding emission at the ultraviolet line of mercury.
Concepts
• Demonstrate atomic energy level quantization
• Uses argon gas so no heating is required

Atomic Spectra Experiment

The complete solution for measuring the wavelengths of the discrete lines of the atomic spectra of various gases using a grating spectrophotometer.
Concepts
• Hydrogen balmer series
• Helium spectrum
• Mercury doublet

Digital Caliper and Digital Micrometer

Digital Caliper with mechanic parts stainless steel, hardened and large LCD display with clear reading, digit height 15 mm.

Digital Micrometer with Absolute Measurement System dust and resistant (IP40A). The frame lacquered, with insulation plates, sturdy quality and wth large LCD display, clear reading, digit height 8 mm.