Electroscope Simple Flask Type for Physics Lab A 100 ml conical borosilicate glass flask, brass rod with disc & gold leaf attached, supported in cork with polythene insert.
Simple Flask Type Overall height 125 mm approx.
Electroscope Simple Flask Type for Physics Lab A 100 ml conical borosilicate glass flask, brass rod with disc & gold leaf attached, supported in cork with polythene insert.
Simple Flask Type Overall height 125 mm approx.
A comprehensive kit of apparatus to enable students to investigate many aspects of electrostatic forces.
The kit comprises of : 1 Electroscope, 1 Rubber (polishing cloth), 4 metalled polystyrene spheres, 1 plated wire hook, 1 reel nylon monofilament, 1 Electrophorous plate on insulating handle, 1 cellulose acetate strip, 1 polythene strip, 1 proof plane on insulating handle, 1 wire stirrup to support the above two items, 2 polythene tiles & 2 aluminium cans.
A comprehensive kit of apparatus to enable students to investigate many aspects of electrostatic forces.
The kit comprises of : 1 Electroscope, 1 Rubber (polishing cloth), 4 metalled polystyrene spheres, 1 plated wire hook, 1 reel nylon monofilament, 1 Electrophorous plate on insulating handle, 1 cellulose acetate strip, 1 polythene strip, 1 proof plane on insulating handle, 1 wire stirrup to support the above two items, 2 polythene tiles & 2 aluminium cans.
It comprises two cast iron uprights vertical pillars height approx 180 mm linked by rods, supporting an expansion bar, length 380 mm, fixed to one upright and resting on a friction pointer at the other with scale, supplied with one each aluminium; iron and brass expansion bars.
It comprises two cast iron uprights vertical pillars height approx 180 mm linked by rods, supporting an expansion bar, length 380 mm, fixed to one upright and resting on a friction pointer at the other with scale, supplied with one each aluminium; iron and brass expansion bars.
Comprising two cast end pieces, joined by three nickel-plated rods, caring two sliding V-supports for a glass jacket with inlet and outlet tubes.
One end-piece fitted with spherometer reading to 0.005 mm, and the other with contact screw.
The glass jacket enclosed both a brass and a copper rod each 500 x 7 mm length x diameter, fitted through corks , a half turn of the jacket changing rod in contact with the spherometer.
A thermometer can be attached to be either of the rods by rubber bands. Brass terminals are fitted to the apparatus so that an electrical circuit can be made through either rods, to indicate the moment of contact of centre tube and spherometer.
Supplied with 3 metal rods one each of copper, brass and iron.
Comprising two cast end pieces, joined by three nickel-plated rods, caring two sliding V-supports for a glass jacket with inlet and outlet tubes.
One end-piece fitted with spherometer reading to 0.005 mm, and the other with contact screw.
The glass jacket enclosed both a brass and a copper rod each 500 x 7 mm length x diameter, fitted through corks , a half turn of the jacket changing rod in contact with the spherometer.
A thermometer can be attached to be either of the rods by rubber bands. Brass terminals are fitted to the apparatus so that an electrical circuit can be made through either rods, to indicate the moment of contact of centre tube and spherometer.
Supplied with 3 metal rods one each of copper, brass and iron.
Used to determine the coefficient of expansion of different metals.
The rod to be tested is placed inside a tube that has both an inlet and outlet for steam. A thermometer monitors temperature change. A bell or galvanometer is used to gauge the exact point of contact of the micrometer for precise measurement. Provided with 3 Rods--Iron, Copper and Brass.
Used to determine the coefficient of expansion of different metals.
The rod to be tested is placed inside a tube that has both an inlet and outlet for steam. A thermometer monitors temperature change. A bell or galvanometer is used to gauge the exact point of contact of the micrometer for precise measurement. Provided with 3 Rods--Iron, Copper and Brass.
To show difference in expansion of various liquids over the same temperature range.
It comprises 5 glass graduated capillary tubes of equal bore and bulbs at the bottom, mounted on a support frame with metal trough for immersion of bulbs in hot water in it.
To show difference in expansion of various liquids over the same temperature range.
It comprises 5 glass graduated capillary tubes of equal bore and bulbs at the bottom, mounted on a support frame with metal trough for immersion of bulbs in hot water in it.
A unique apparatus that allows you to recreate the conditions of visual deficiencies in the human eye..
Consists of clear silicone elastic lens chamber, filled with water
When water is added or removed with the included syringe, the curvature of the lens is changed, which alters the focus of images projected on the retina
Adjustable eyeball shape
Lenses can be added to show how vision defects can be corrected
Five-piece model mounted on a base with the projection object on a separate stand
Supplied complete with two lenses, lens holder and instruction manual
A unique apparatus that allows you to recreate the conditions of visual deficiencies in the human eye..
Consists of clear silicone elastic lens chamber, filled with water
When water is added or removed with the included syringe, the curvature of the lens is changed, which alters the focus of images projected on the retina
Adjustable eyeball shape
Lenses can be added to show how vision defects can be corrected
Five-piece model mounted on a base with the projection object on a separate stand
Supplied complete with two lenses, lens holder and instruction manual
Faraday’s Law & Induced E.M.F Make Dinesh Scientific Model DS-603 Product Description Faraday’s law of electromagnetic induction, also known as Faraday’s law, is the basic law of electromagnetism which helps us predict how a magnetic field would interact...
For demonstrating that an electrical charge resides on the external surface of a conductor. Net with cord on insulating pillar with metal tripod base. Overall height 350 mm approx.
For demonstrating that an electrical charge resides on the external surface of a conductor. Net with cord on insulating pillar with metal tripod base. Overall height 350 mm approx.
