Desktop
Tablet & Mobile
01691 770366 | sales@selectschoolsupplies.co.uk
This kit includes a unique plastic moulding which turns a fizzy drink bottle into a squeezy or ‘stomp rocket’ launcher – enabling students, for example, to design and make educational kits intended fo
Can be used with G By Freefall and/or Light Gates. The Millisecond Timer has the facility for G by Free Fall experiment, and also for manual timing. There are 2 input sockets for the connection of a m
Suitable for use in a range of different environments, they are a single use and disposable option for situations where storage is limited. Each cup has been made from a premium food-grade, poly-coate
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
The apparatus consists of an electromagnet housed in a plastic case with connections provided for an external timer. It also contains a platform unit containing a switch and terminals for the external timer. The unit is supplied with
Made of MDF board, with aluminum guide rails, which act as guide for Hall’s carriage and friction blocks. With 38 mm pulley on one end of the board. Overall dimensions 13.3 x 1.6 x 122 cm approx.
Demonstrates the transmission of pressure by a liquid, the compressibility of gases, and Archimedes Principle. The set consists of a Cartesian diver, glass cylinder, a rubber diaphragm, and instructions.
Steel shaft, pulley of 70 mm diameter Shaft overhangs the base to allow a wound up weight to fall down.
The unit consists of a wooden base with upper and a lower platform. The upper platform has a hole to allow use as a simple circulation system with a single reservoir. Includes two glass basins and shaped glass tubes. This unit is used as an access
An electric bell 3 - 6 V AC / DC suspended in a bell jar, fitted with rubber bung and connector terminals.
To demonstrate conservation of energy, conservation of momentum and projectile motion. Consists of a metal track to drop a steel ball, circular scale for measuring the angle at which the ball drops. Includes two steel balls and instructions. Size:
Balloon propelled wooden toy car. Fit a balloon over the nozzle then blow into the exhaust pipe to inflate. Release the air in the balloon and watch the car go!
The set consists of two plastic, 10cm-diameter hemispheres. Each half has a wooden handle firmly attached to it. One of the hemispheres has a raised edge to hold a rubber seal, while the other hemisphere has a stopcock for attaching to vacuum tubi
To show liquid pressure increases with depth. A sheet metal cylinder with three orifices of same size but at different heights.
Searle’s Pattern. Spirit level mounted in two \nrectangular cast iron frame with one end \nresting on point of micrometer screw, fi tted \nin one frame, the second end of spirit level \npivoted in the second frame. The micromete
Consists of 5 plywoood beams with grooves. Supplied with 4 fulcrums & 40 \nmetal blanks 25mm square., fi ve plywood beams 600 x 44 x 3 mm graduated \nevery 38 mm and with groove across its centre to locate the fulcrum \npoint. Also included ar
Great value pack of 100 round balloons. Specification Pk100. 175mm.
Polyox (polyethylene oxide) is a non-toxic, long-chain polymer with a high molar mass. Because of extensive hydrogen bonding, it is soluble in water. A solution of Polyox (approximately 1% w/v) behave
This is claimed to be 'the original' in the sense that it is made in America, by the successors to the firm who first marketed it in 1917. It is entirely metal and smartly packaged with string and sta
This model shows the internal structure of an air cooled two-stroke engine. Ignition is shown via a small bulb. . Mounted on a base.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
The heavy duty rotating platform illustrates the concept of rotational inertia. The platform can easily withstand weight of 80 kg. Solid, heavy metal legs and grooved platform ensures maximum stabilit
Top plate measures 11 inches in diameter and can be used with bell jars up to 9 inch diameter. Constructed of cast iron, the plate is equipped with a 3/8 inch hose connection, vacuum release valve, and rubber gasket to provide
A specially designed stand to hold ticker tape rolls, makes an excellent accessory for ticker tape timer (103170)
With 3 M.E.S. Lamp sockets connected in \nparallel, on base with terminals, with three \nlamps of 3.5 V, 0.25 A. Part of the Malvern \nEnergy Transfer Kit
Demonstrate that the forward motion of a ball ejected vertically is the same as that of the vehicle from which it was ejected. A car with ball bearing wheels and vertically mounted spring loaded barrel. The barrel permits two spring tensions. Comp
The set includes a basic jack stand with plunger and a main cylinder, four smaller cylinders, a set of connecting hoses and valves. Smaller cylinders can be easily connected to a basic jack stand with a large main cylinder. Students can lift a hea
With 2 – 6 V DC motor with a 15 mm diameter pulley, mounted on base with terminals.
A glass tube 600 x 38 mm fitted with two rubber bungs, one of which is bored & fitted with an 8 mm diameter tube for connection to a vacuum pump.
For showing conversion of potential energy stored in twisted rubber to kinetic/electrical energy. Elastic bands are looped & stretched between pulley and support. A crank handle and pulley combined with ratchet stop allows the rubber to be wou
This simple unit can help the student understand the operating principle of pump and turbine. The unit consists of a rotor attached to a pulley via a shaft. It also includes 3 metal nozzles and a stopcock. When driven by a motor, the unit works as
Converts muscular energy to other forms of energy. 75 mm diameter hand cranked pulley with rubber belt to drive a small pulley of 20 mm diameter to which a drive output pulley is directly attached. Pulley shafts are mounted in bearings on aluminiu
Large version of the classic desktop kinetic toy. Pull back one of the metal spheres and then release to make it connect with the others, sending the impact energy through the chain and making the sphere on the other end react with e
Showing products per page
This kit includes a unique plastic moulding which turns a fizzy drink bottle into a squeezy or ‘stomp rocket’ launcher – enabling students, for example, to design and make educational kits intended fo
Can be used with G By Freefall and/or Light Gates. The Millisecond Timer has the facility for G by Free Fall experiment, and also for manual timing. There are 2 input sockets for the connection of a m
Suitable for use in a range of different environments, they are a single use and disposable option for situations where storage is limited. Each cup has been made from a premium food-grade, poly-coate
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
The apparatus consists of an electromagnet housed in a plastic case with connections provided for an external timer. It also contains a platform unit containing a switch and terminals for the external timer. The unit is supplied with
Made of MDF board, with aluminum guide rails, which act as guide for Hall’s carriage and friction blocks. With 38 mm pulley on one end of the board. Overall dimensions 13.3 x 1.6 x 122 cm approx.
Demonstrates the transmission of pressure by a liquid, the compressibility of gases, and Archimedes Principle. The set consists of a Cartesian diver, glass cylinder, a rubber diaphragm, and instructions.
Steel shaft, pulley of 70 mm diameter Shaft overhangs the base to allow a wound up weight to fall down.
The unit consists of a wooden base with upper and a lower platform. The upper platform has a hole to allow use as a simple circulation system with a single reservoir. Includes two glass basins and shaped glass tubes. This unit is used as an access
An electric bell 3 - 6 V AC / DC suspended in a bell jar, fitted with rubber bung and connector terminals.
To demonstrate conservation of energy, conservation of momentum and projectile motion. Consists of a metal track to drop a steel ball, circular scale for measuring the angle at which the ball drops. Includes two steel balls and instructions. Size:
Balloon propelled wooden toy car. Fit a balloon over the nozzle then blow into the exhaust pipe to inflate. Release the air in the balloon and watch the car go!
The set consists of two plastic, 10cm-diameter hemispheres. Each half has a wooden handle firmly attached to it. One of the hemispheres has a raised edge to hold a rubber seal, while the other hemisphere has a stopcock for attaching to vacuum tubi
To show liquid pressure increases with depth. A sheet metal cylinder with three orifices of same size but at different heights.
Searle’s Pattern. Spirit level mounted in two \nrectangular cast iron frame with one end \nresting on point of micrometer screw, fi tted \nin one frame, the second end of spirit level \npivoted in the second frame. The micromete
Consists of 5 plywoood beams with grooves. Supplied with 4 fulcrums & 40 \nmetal blanks 25mm square., fi ve plywood beams 600 x 44 x 3 mm graduated \nevery 38 mm and with groove across its centre to locate the fulcrum \npoint. Also included ar
Great value pack of 100 round balloons. Specification Pk100. 175mm.
Polyox (polyethylene oxide) is a non-toxic, long-chain polymer with a high molar mass. Because of extensive hydrogen bonding, it is soluble in water. A solution of Polyox (approximately 1% w/v) behave
This is claimed to be 'the original' in the sense that it is made in America, by the successors to the firm who first marketed it in 1917. It is entirely metal and smartly packaged with string and sta
This model shows the internal structure of an air cooled two-stroke engine. Ignition is shown via a small bulb. . Mounted on a base.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
This track is modelled after the famous Brachistochrone problem. Using this track, you can test whether the path of the shortest length is the path of the quickest descent.
The heavy duty rotating platform illustrates the concept of rotational inertia. The platform can easily withstand weight of 80 kg. Solid, heavy metal legs and grooved platform ensures maximum stabilit
Top plate measures 11 inches in diameter and can be used with bell jars up to 9 inch diameter. Constructed of cast iron, the plate is equipped with a 3/8 inch hose connection, vacuum release valve, and rubber gasket to provide
A specially designed stand to hold ticker tape rolls, makes an excellent accessory for ticker tape timer (103170)
With 3 M.E.S. Lamp sockets connected in \nparallel, on base with terminals, with three \nlamps of 3.5 V, 0.25 A. Part of the Malvern \nEnergy Transfer Kit
Demonstrate that the forward motion of a ball ejected vertically is the same as that of the vehicle from which it was ejected. A car with ball bearing wheels and vertically mounted spring loaded barrel. The barrel permits two spring tensions. Comp
The set includes a basic jack stand with plunger and a main cylinder, four smaller cylinders, a set of connecting hoses and valves. Smaller cylinders can be easily connected to a basic jack stand with a large main cylinder. Students can lift a hea
With 2 – 6 V DC motor with a 15 mm diameter pulley, mounted on base with terminals.
A glass tube 600 x 38 mm fitted with two rubber bungs, one of which is bored & fitted with an 8 mm diameter tube for connection to a vacuum pump.
For showing conversion of potential energy stored in twisted rubber to kinetic/electrical energy. Elastic bands are looped & stretched between pulley and support. A crank handle and pulley combined with ratchet stop allows the rubber to be wou
This simple unit can help the student understand the operating principle of pump and turbine. The unit consists of a rotor attached to a pulley via a shaft. It also includes 3 metal nozzles and a stopcock. When driven by a motor, the unit works as
Converts muscular energy to other forms of energy. 75 mm diameter hand cranked pulley with rubber belt to drive a small pulley of 20 mm diameter to which a drive output pulley is directly attached. Pulley shafts are mounted in bearings on aluminiu
Large version of the classic desktop kinetic toy. Pull back one of the metal spheres and then release to make it connect with the others, sending the impact energy through the chain and making the sphere on the other end react with e
Showing products per page