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01691 770366 | sales@selectschoolsupplies.co.uk
This pair of identical wooden trolleys 300mm long mounted on three wheels. A spring loaded rod is fitted to give impulse when released.
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
The constant motion machine moves with a uniform speed in a straight line. The machine has a hook attached to its rear end and can pull dynamics carts to demonstrate the concept of vectors and velocit
Approximately 28 cm long clamp designed to hold 3 pendulums, all pendulums can be individually adjusted without disturbing the others. With knurled thumbscrews to keep suspension cords secure.
Clear plastic, approx. 600 x 200 x 75 mm for use in wave motion and ray optics demonstrations.804770
Energy conversion kit is used to demonstrate the energy conversion between different (solar, mechanical, electrical etc.) forms of energy. It is very easy to work with. It is mounted on a solid plasti
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
To explore light reflection and refraction properties of concave and convex mirrors, laws of reflection, image formation, the effects of surface curvature on reflection, spherical aberration etc. Each
A pair of strong aluminium clamps, which allows strip material to be investigated for breaking strain, stretch etc. The clamps have wing-nut fixings and an attachment system which ensures freedom from
This device provides an effective and very simple clamping system for testing the strength of the ductile wires such as copper, sewing threads, fishing lines and human hair etc. The material is clampe
On a clamp, light alloy, 70mm dia. held in a metal bracket, with two clamping screws for bench and rod support respectively. Bracket may be clamped to a bench edge or similar 38mm thick support, screwed to flat surface, or held on 13mm, dia suppor
Clear acrylic all faces fully polished 115x65x20mm
Useful for experiments in density or specific gravity. Investigations by knowing the volume of liquid displaced. Comprises a plastic vessel of about 500mL capacity with spout
Splashproof and shock-resistant rubberised body with wrist strap. 9 super-bright LEDs. 45 lumen output. Requires 3 x AAA batteries. Length 100mm.
An economical set of 12 drilled balls for all your pendulum experiments. Set contains two each 25mm diameter balls of brass, aluminum, steel, wood, cork, and copper, in a plastic box for easy storage.
Cubes for density investigation, 25 mm side. Set of 9 comprising brass, iron, copper, aluminium, hardwood, softwood, nylon, PVC and acrylic.
General purpose clamps. Two welded steel plates with plated screws, handle and swivel shoe. Can clamp objects upto 7.5cm
Slotted masses each made of zinc coated steel. A set comprising of a 10g hanger and 9 \nslotted masses each of 10g, total mass 100g
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
These multi-function calculators are ideal for introducing basic Maths operations to students. Key features include: Dual power source: solar and battery (battery included) Auto shut off, 8 digit LCD display, 3 key memory and four functions.
A digital stop watch, with LCD display. Timed with Quartz movement to an accuracy of 0.01s. includes lap/cumulative timing functions, 12/24 hour clock in hours-minutes-seconds with day of week display
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
A 400ml bottle of replacement oil for boyles law appaeatus
This demonstrates Newton’s principle that ‘action and reaction are equal and opposite’. If one of the steel balls is lifted and allowed to fall back at one end, then one will swing out the same distan
The air released from the balloon propels the helicopter blades to make it fly high in the air, whistling as it goes. Includes two balloons.
Newton’s Cradle – Large size to clearly explain the theory. Wooden frame consists of five nickel plated steel balls of uniform mass suspended from the frame. Includes instructions.
Students can quantitatively see how pressure on an object changes as it moves deeper under a fluid with this interactive density pressure manometer activity. A hollow drum covered with a rubber membra
This setup consist of a metal plate and a hand vacuum pump mounted on a heavy metal base. A rubber seal is provided on top to perform a variety of bell jar experiments.
This unique low cost trajectory apparatus allows the students to study the trajectory of a projectile. A steel ball launches from a ramp and collides with the target plate that is equipped with markin
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This pair of identical wooden trolleys 300mm long mounted on three wheels. A spring loaded rod is fitted to give impulse when released.
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
Evacuated glass tube, about 26cm long, straight \nform, filled with different types of gases or vapours \nto study their respective discharge. The glass tube \nhas metal cap electrodes at both the ends for \nconnecting to high voltage supply and a
The constant motion machine moves with a uniform speed in a straight line. The machine has a hook attached to its rear end and can pull dynamics carts to demonstrate the concept of vectors and velocit
Approximately 28 cm long clamp designed to hold 3 pendulums, all pendulums can be individually adjusted without disturbing the others. With knurled thumbscrews to keep suspension cords secure.
Clear plastic, approx. 600 x 200 x 75 mm for use in wave motion and ray optics demonstrations.804770
Energy conversion kit is used to demonstrate the energy conversion between different (solar, mechanical, electrical etc.) forms of energy. It is very easy to work with. It is mounted on a solid plasti
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
To explore light reflection and refraction properties of concave and convex mirrors, laws of reflection, image formation, the effects of surface curvature on reflection, spherical aberration etc. Each
A pair of strong aluminium clamps, which allows strip material to be investigated for breaking strain, stretch etc. The clamps have wing-nut fixings and an attachment system which ensures freedom from
This device provides an effective and very simple clamping system for testing the strength of the ductile wires such as copper, sewing threads, fishing lines and human hair etc. The material is clampe
On a clamp, light alloy, 70mm dia. held in a metal bracket, with two clamping screws for bench and rod support respectively. Bracket may be clamped to a bench edge or similar 38mm thick support, screwed to flat surface, or held on 13mm, dia suppor
Clear acrylic all faces fully polished 115x65x20mm
Useful for experiments in density or specific gravity. Investigations by knowing the volume of liquid displaced. Comprises a plastic vessel of about 500mL capacity with spout
Splashproof and shock-resistant rubberised body with wrist strap. 9 super-bright LEDs. 45 lumen output. Requires 3 x AAA batteries. Length 100mm.
An economical set of 12 drilled balls for all your pendulum experiments. Set contains two each 25mm diameter balls of brass, aluminum, steel, wood, cork, and copper, in a plastic box for easy storage.
Cubes for density investigation, 25 mm side. Set of 9 comprising brass, iron, copper, aluminium, hardwood, softwood, nylon, PVC and acrylic.
General purpose clamps. Two welded steel plates with plated screws, handle and swivel shoe. Can clamp objects upto 7.5cm
Slotted masses each made of zinc coated steel. A set comprising of a 10g hanger and 9 \nslotted masses each of 10g, total mass 100g
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
Plastic, tubular Newton spring \nbalances. Each range is colour coded \nfor convenience, and is scaled in both grams and Newton’s. The spring mechanism is clearly visible and zero adjustment is incorporated.
These multi-function calculators are ideal for introducing basic Maths operations to students. Key features include: Dual power source: solar and battery (battery included) Auto shut off, 8 digit LCD display, 3 key memory and four functions.
A digital stop watch, with LCD display. Timed with Quartz movement to an accuracy of 0.01s. includes lap/cumulative timing functions, 12/24 hour clock in hours-minutes-seconds with day of week display
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
Comprises two brass cylinders of different diameters fitted with pistons and connected by a brass tube. Mounted on polished wooden base.
A 400ml bottle of replacement oil for boyles law appaeatus
This demonstrates Newton’s principle that ‘action and reaction are equal and opposite’. If one of the steel balls is lifted and allowed to fall back at one end, then one will swing out the same distan
The air released from the balloon propels the helicopter blades to make it fly high in the air, whistling as it goes. Includes two balloons.
Newton’s Cradle – Large size to clearly explain the theory. Wooden frame consists of five nickel plated steel balls of uniform mass suspended from the frame. Includes instructions.
Students can quantitatively see how pressure on an object changes as it moves deeper under a fluid with this interactive density pressure manometer activity. A hollow drum covered with a rubber membra
This setup consist of a metal plate and a hand vacuum pump mounted on a heavy metal base. A rubber seal is provided on top to perform a variety of bell jar experiments.
This unique low cost trajectory apparatus allows the students to study the trajectory of a projectile. A steel ball launches from a ramp and collides with the target plate that is equipped with markin
Showing products per page