Physics
Showing 1–20 of 173 results
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Physics
Aepinus Condenser
Comprises a pair of adjustable circularmetal discs of diameter 100mm attached to the insulated handles and is supported on insulated pillars mounted vertically on a base. Another pillar has a clamp for holding glass dielectric plate between the metal discs. The glass plate may be replaced by plates of other material to study the effect of dielectric. End of insulating handles of metals discs carry a 4mm socket for electrical connection.
SKU: TJS-00281 -
Physics
Archimedes’s Principle Kit
A complete self contained kit for exploring the concepts related to buoyancy and Archimede’s principle, both qualitatively and quantitatively. It consists: 1. Iron cube, 20mm in size.
Beaker 100mL to collect displacement liquid.
Newton meter
Displacement vessel, glass, 250mL
SKU: TJS-00141 -
Physics
Ballistic Galvanometer
A Ballistic Galvanometer is a highly sensitive electrical instrument used to measure small quantities of charge and impulse currents. Unlike a regular galvanometer, which measures steady currents, a ballistic galvanometer is designed to respond to sudden pulses of current and is primarily used for experiments related to electromagnetic induction and capacitance measurement.
SKU: DSS-00104 -
Physics Laboratory Equipment (Applied Mech)
Bar Breaking Apparatus
Comprising a heavy cast metal frame with U-shaped slotted end pillar to carry a stout iron bar. The iron bar is threaded at one end for a large tensioning knob and has holes at the other end to accommodate the cast iron breaking bars. Supplied complete with ten breaking bars.
SKU: TJS-00214 -
Physics
Bell Demonstration Model, Economical
All the components of an electric bell are mounted on a large panel for easy demonstration to the group of students. Provides complete dissected view with all components and wiring clearly visible with large sized parts. Operates on 3 to 4 volts DC. Shows the working of a simple electric bell.
SKU: TJS-00318 -
Physics
Bending of Beam Apparatus (Using Koeing`s Method)
The Bending of Beam Apparatus using Koenig’s Method is a setup used to determine the Young’s Modulus (E) of a beam material. This method involves placing a beam on two supports and applying a known load at the center or at two equidistant points, then measuring the resulting deflection.
SKU: DSS-00107
