Modern Physics

Crook's Radiometer apparatus mounted on a sturdy plastic molded base. Comprised on an evacuated glass bulb with black and white veins. Comprised o...

A circular black metal screen 75 mm diameter, with a 10 mm diameter aperture with cross wires.A circular black metal screen 75 mm diameter, with a ...

Copper, 20 mm side with hook Copper cubes with hook, 20 mm side.

Iron, 20 mm side with hook Iron cubes with hook, 20 mm side.

Lead, 20 mm side with hook Lead cubes with hook, 20 mm side.

Set of 6 cubes with hook Set of 6 cubes i.e. Brass, Lead, Zinc, Copper, Aluminium and Iron with hook, 20 mm side

Cubes for density investigation with hook, 20 mm side. Supplied with Instruction manual.

Zinc, 20 mm side with hook Zinc cubes with hook, 20 mm side.

Single Density Cube, Aluminum (Al) - with Element Stamp.Solid Aluminum density cube with 20mm (0.78 inch) sides. Cube features element stamp for ea...

Single Density Cube, Brass (Br) - with Element Stamp.Solid Brass density cube with 20mm (0.78 inch) sides. Cube features element stamp for easy ide...

Single Density Cube, Copper (Cu) - with Element Stamp.Solid Copper density cube with 20mm (0.78 inch) sides. Cube features element stamp for easy i...

Iron, 20 mm side without hook Iron - 20 mm side.

Lead, 20 mm side without hook Lead - 20 mm side.

Density Cube Set - Includes 7 Metals (Brass, Lead, Copper, Iron, Aluminum, Zinc & Tin)Set of 7 solid density cubes with 20mm (0.8") sides. Each...

Single Density Cube, Tin (Sn) - with Element Stamp.Solid Tin density cube with 20mm (0.78 inch) sides. Cube features element stamp for easy identif...

Zinc, 20 mm side without hook Zinc - 20 mm side.

Set of 6 metal cubes include: Brass, Lead, Iron, Copper, Aluminum and Zinc Cubes measure 10mm (0.4") on each side Excellent for Physics Classrooms...

Comprising brass, lead, iron, copper, aluminium, zinc. Supplied in plastic box. Supplied with Instruction manual.

A printed circuit board coil on support handle with 5 and 10 turns rated at 2A. The lower arm of the coil is 75mm long (minimum) and 20mm wide. ...

Single cylinder tube Replacement or spare part For use with Eisco Labs Resonance Apparatus (PH0720) Cylinder tube measures 48.25" long Single, rep...

Aluminium Cylinder conductor, 13 x 8 cm dia. fitted with insulating plastic rod on base.

Brass Cylinder, fitted with insulator of ebonite on metal base. Brass Cylinder 12.5 x 5 cm dia., fitted with insulator of ebonite on metal base.

Brass Cylinder, fitted with insulator of ebonite on metal base. Brass Cylinder 17.5 x 8 cm dia., fitted with insulator of ebonite on metal base.

Cylindrical shape, Chrome Steel, half Red / Blue 10 mm dia. 50 mm, Chrome Steel, half Red / Blue 10 mm diameter, in Pairs.

Cylindrical shape, Chrome Steel, half Red / Blue 10 mm dia. 75 mm, Chrome Steel, half Red / Blue 10 mm diameter, in Pairs.

Cylindrical shape, Chrome Steel, half Red / Blue 10 mm dia. 100 mm, Chrome Steel, half Red / Blue 10 mm diameter, in Pairs.

Cylindrical shape, Chrome Steel, half Red / Blue 10 mm dia. 150 mm, Chrome Steel, half Red / Blue 10 mm diameter, in Pairs.

2 cylindrical magnets Pink dot denotes opposing poles (like poles) Red in color Approx. 2 inches long Keepers at the end of the magnets to keep th...

Set of 2 cylinder-shaped magnets Alnico build resists loss of magnetism Painted red and blue to denote poles Supplied with keepers Approximately 3...

Round edges, in Pairs, with keepers. Round edges, in Pairs, with keepers. Size 37 x 12 mmSupplied in cardboard boxes.

2 cylindrical magnets Pink dot denotes opposing poles (like poles) Keepers at the end of the magnets to keep them in place 1.5" length These cylin...

2 cylindrical magnets Pink dot denotes opposing poles (like poles) Keepers at the end of the magnets to keep them in place 4" length These cylindr...

2 cylindrical magnets Pink dot denotes opposing poles (like poles) Keepers at the end of the magnets to keep them in place 2" length These cylindr...

Round edges, in Pairs, with keepers. Round edges, in Pairs, with keepers. Size 75 x 12 mmSupplied in cardboard boxes.

Consists of glass container, zinc cylindrical electrode, porous vessel and copper cylindrical electrode. It consists of glass container, zinc cyli...

Comprising a heavy gauge copper outer vessel with an internal perforated shelf for copper sulphate crystals, a porous pot and an amalgamated zinc r...

Provides highly-sensitive and reliable measurement of DC currents with ±2.5% accuracy. Range of 500-0-500 uA with 20uA subdivisions Durable plasti...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

All accurate capacitors to serve as laboratory standard, very useful in resonance timing / wave shaping / oscillator experiments, ± 5% accuracy. Vo...

Housed in box with dial and knob fitted with 4 mm output sockets. 3 Decade Inductance Boxi) 1 mH to 10 mH in steps of 1 mH(ii) 10 mH to 100 mH in ...

Housed in box with dial and knob fitted with 4 mm output sockets. 7 Decade Inductance Box(i) 1 mH to 10 mH in steps of 1 mH(ii) 10 mH to 100 mH in...

Housed in box with dial and knob fitted with 4 mm output sockets.Single Dial, 1 µH to 10 µH in steps of 1 µH

Housed in box with dial and knob fitted with 4 mm output sockets.Single Dial, 10 µH to 100 µH in steps of 10 µH