Physics
Neodymium magnets, Ø 10 x 8 mm
Neodymium magnets, Ø 10 x 8 mmThese magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Neodymium magnets, Ø 14 x 8 mm
Neodymium magnets, Ø 14 x 8 mmThese magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Neodymium magnets, Ø 6 x 8 mm
Neodymium magnets, Ø 6 x 8 mmThese magnets are so powerful that they can even demonstrate the properties of extremely weakly magnetic materials.
Neodymium ring magnets
Neodymium ring magnetsSet of 25 ring-shaped neodymium magnets. Put them on a pencil and make them hover.
Neodymium Wand pk5
Neodymium Wand pk5A set of 5 acrylic wands each fitted with a powerful 12mm diameter Neodymium button magnet. The wands make the magnets safe for pupil use.
Newton Scales
Newton ScalesA set of bathroom scales calibrated in Newtons.
Max 1200N in 10N divisions.
Newton’s g-ball
Newton’s g-ballThe ball contains a digital stopwatch that can show the time between 0.01-29.99 seconds. Hold down the key and the time will reset. Timing starts when you release the ball and stops when it hits the ground / floor. The mechanics are well protected and the screen is sharp, but the ball must land on a soft surface such as a pad/mat/turf. Maximum drop height is approx. 12 m, friction against air is about 5%.
Newton’s Laws Experiment
Newton’s Laws ExperimentStudents use this collection of equipment to discover or experimentally determine Newton’s Laws.
Nuclear Physics – Annual licence after 1st year – Per Seat
Nuclear Physics – Annual licence after 1st year – Per SeatWe welcome you to the evolving and innovative world of science education! And now it is on your PC!
With our newest PC version, you will be able to test 8 specific laboratories such as mechanical, electrical, optics-sound field, thermodynamics, biology, chemistry, nuclear physics and modern physics, even without a VR goggle.
Nut for holding candle
Nut for holding candle
Ocean currents – The Greenland Pump
Ocean currents – The Greenland PumpThis classic model for demonstrating ocean circulation – including the Greenland Pump – was developed in collaboration with Danish teachers.
Ohm’s Law Experiment
Ohm’s Law ExperimentThe complete solution for studying the use of a capacitor as a variable voltage source to discover the relationship between Voltage and Current. This complete solution is designed for use with PASCO Capstone Software.
On-off switch, single-pole
On-off switch, single-poleSingle-pole rocker switch with marking for off and on.
One-Way Mirror Model
One-Way Mirror ModelThe One-Way Mirror Model is a simple kit that helps students explore how a one-way mirror works. The model consists of a cardboard box divided into two rooms by a one-way mirror. A figurine is placed in each room as an object to view in the mirror. A light source is used to turn a light in each room on and off. The light source is dimmable to allow students to vary the amount of light in each room. Students make observations by looking through the viewports on the sides of the box.
Open Speaker
Open SpeakerDesigned for the study of wave properties, features a high-quality woofer mounted on a sturdy base with standard banana jack inputs.
Optical bench with saddles
Optical bench with saddlesOptical bench for mounting light sources, lenses, prisms, apertures and so forth in a stable line.
Optical fibre holder for lasers
Optical fibre holder for lasersFor experimenting with the transmission of signals through optical fibres.
Optical gratings, 3-in-1
Optical gratings, 3-in-1Combination grid with 100, 300 and 600 lines/mm.
The entire frame takes up 90 x 26 mm.
The grid windows are 12 x 16 mm.
Optical rail, 60 cm
Optical rail, 60 cmProfiled rail for extending an optical bench or as a standalone profiled rail for mounting saddles. Can be used as a base for installations requiring fixed spacing, as a measuring set-up for radioactivity measurements, etc. Made from black anodised aluminium. Features a ruler on the side.
