Physics Lab
Showing 361–383 of 383 results
- Physics Sound & Waves Lab
Tuning Fork Pair on box (Beats Apparatus)
It comprises two tuning forks each of frequency 426 Hz on two separate resonance boxes. One fork is fitted with adjustable loading mass. When both forks are sounded together, a clearly audible beat is produced. Rate of beats depends on difference in frequencies. This difference can be increased by changing the loading mass.
SKU: n/a - Physics Sound & Waves Lab
Tuning Forks on Resonance Box
Three Tuning forks are mounted on three wooden resonance boxes dimensions of which are compatible with frequency of the forks to produce a strong sustained tone. Forks are nickel plated with shanks to screw in the bushes on the top of the boxes. Each set supplied with rubber headed hammer.
SKU: n/a - Physics Sound & Waves Lab
Tuning Forks Set of 4
Four tuning forks are mounted on a single proper sized resonance box to produce a major chord. Forks have frequencies of C1 256, E 320 Hz, G 384 Hz and C2 512 Hz. When struck together with hammer, the forks will produce the chord of C major, supplied with one hammer.
SKU: n/a - Electrostatic Physics Labware
Van De Graff Generator
Van De Graff Generator for Physics Lab Hand operated on base. The generator is self exiting and charge separation occurs.
A metal sphere surrounds the upper pulley assembly and charge accumulates on the sphere, which is insulated by a plastic column supporting the pulley assembly. The charge builds up until electrical breakdown of air surrounding the sphere occurs, supplied with a discharging sphere.
SKU: n/a - Electrostatic Physics Labware
Van De Graff Generators Motor Driven
Van De Graff Generator Designed for electrostatic experiments and where continuous source of high voltage is required. Fitted on base with smooth running A.C. Motor, operates on 220 volts A.C. 50 Hz. Charge collecting Silicon rubber having excellent.
Belt : insulation resistance. Tracking : Belt-tracking easily adjusted.
Charge collecting combs : Aluminium mesh, clearly visible.
Spheres : Aluminium 150 mm. dia.
Connections : 4 mm. sockets in dome and base.
Voltage developed : Upto 200 kV, depending on ambient conditions, with a spark length of 60 mm.
Discharger : Spherical 100 mm. dia., with insulated Handle and 4 mm. socketsSKU: n/a - Physics Sound & Waves Lab
Vibrator Electrical (Melde’s Apparatus)
This apparatus is an improvement over the conventional apparatus to show the effects of vibrations in a stretched cord and examine the relationship between frequency, tension and density. A thin steel rod is clamped near one end through two 4 mm socket terminals. This rod passes through the centre of a small solenoid and between the poles of a magnet. Adjustable contact points fitted through a second pair of 4 mm socket terminals make alternating connection with an adjustable contact on the rod. The rod has a small hole at one end for the attachment of thread which passes over a pulley mounted on a bench clamp and supports a scale pan, 75 mm diameter, supplied complete with pulley with clamp and scale pan, 2V A.C. power supply.
SKU: n/a - Physics Sound & Waves Lab
Wave Motion Apparatus
For demonstrating longitudinal and transverse motion, consisting of a number of eccentric discs supporting a series of metal rods on revolving the handle, transverse waves are obtained. Longitudinal waves are obtained with bent rods running in metal guide on metal base.
SKU: n/a - Electrostatic Physics Labware
Wimshurst Machine
Wimshurst Machine – The two plates are supported in two rigid uprights and driven by belt in opposite direction. They are heavy, high resistance plastic with sectors of aluminium sheet. Two leyden jars (condensers) made form corning glass and aluminium foil. The whole is mounted on a wooden base nicely polished.
SKU: n/a - Electricity & Cell Lab
Worcester Circuit Board Kit
Consists of a base board, complete with terminals, a set of metal connection pillars & a number of clips on flexible connection strips & accessory units; enabling a wide variety of electrical circuits to be constructed quickly & easily. The phosphor – bronze strips are so designed that when flexed a little in the fingers, they are easily slipped over the pass where their natural spring holds them firmly in position & ensures a good electrical contact. Supplied with all the necessary accessories.
SKU: n/a - Magnetism Physics Labware
Worchester Electromagnetic Kit
This kit is most versatile as it enable students to perform a wide range of experiments in electromagnetism such as construction of working motors and meters. It comprises eight anisotropic alloy magnets, eight anisotropic ceramic ferrite magnets, four steel magnet yokes, six plotting compasses, four hard board formers for compasses, one bottle iron fillings, four iron filling dispensers, four each double C-cores, clips for C-cores, aluminium rings, split aluminium rings, four each support bases, armature with axle tubes, aluminium axle rods, eight split pins, 16 rivets, one length latex rubber tubing, four each formers for coils, reels cellulose tape, reels copper wire, four each sheets white pasteboard, plain postcard, reels white cotton, four each C-resistors 100 ohm, 10 ohm, ten flash lamp bulbs, four neon bulbs, eight (MES) bulb holders, wood clamp, wood block.
SKU: n/a
