Kinetic Theory Apparatus Manufacturer,Supplier and Exporter in India

Kinetic Theory Apparatus

Product Code : ILS-PLE-10158

Indian Lab Suppliers supplies the Kinetic Theory Apparatus (Product ID: 10158) as part of its physics lab equipment range. It models the molecules of a gas with small spheres kept in motion by a motor-driven diaphragm.

Quick Answer

A transparent plastic tube has a rubber diaphragm at its lower end and a cap with holes at the top. Spheres of 1/8 inch diameter rest on the diaphragm, and a piston beneath it, driven by a DC motor, shakes them into random motion. The tube is held in a ring with three equally spaced tightening screws, and the assembly is mounted on a base with two 4 mm sockets for the motor supply. Faster agitation spreads the spheres higher, and they thin out towards the top, like air with increasing altitude. Please confirm the motor voltage at quotation.

Key Specifications

ParameterDetail
TubeTransparent plastic, rubber diaphragm at bottom, perforated cap at top
ParticlesMetal spheres, 1/8 inch diameter
DrivePiston under diaphragm, DC motor
Tube holderRing with 3 tightening screws
ConnectionsTwo 4 mm sockets

Where This Is Used

Used to introduce the gas laws before practicals with the Boyles Law Apparatus (Product ID: 10156) and the Charles Law Apparatus (Product ID: 10153). Browse the full Physics Lab Equipment range or related Heat products.

Frequently Asked Questions

What do the spheres represent?
Gas molecules in random motion.

How are the spheres moved?
A DC-motor-driven piston vibrates the rubber diaphragm.

How is power connected?
Through two 4 mm sockets on the base; please confirm the motor voltage at quotation.

Related Categories

Physics Lab Equipment · Heat · Physics Lab Equipment

Request a Quote

For pricing, bulk quantities or tender documentation on the Kinetic Theory Apparatus, reach our team via Contact Us or submit your requirement through our Tenders page.

   

Office Address

Works: #975 Malleshwaram,
Bengaluru, Karnataka 560003

[email protected]

Follow Us