DYNAMOMETERS

Immersible body of known volume with hook. Can be used in conjunction with scales to determine the density of solid bodies and with a dynamometer for determining buoyancy. more

Immersible body of known volume with hook. Can be used in conjunction with scales to determine the density of solid bodies and with a dynamometer for determining buoyancy. more

Immersible body of known volume with hook. Can be used in conjunction with scales to determine the density of solid bodies and with a dynamometer for determining buoyancy. more

Immersible body of known volume with hook. Can be used in conjunction with scales to determine the density of solid bodies and with a dynamometer for determining buoyancy. more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: Scale division: 1% of total measuring range Dimensions ... more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: < 1% of total measuring range Scale division ... more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: < 1% of total measuring range Scale division ... more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: < 1% of total measuring range Scale division ... more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: < 1% of total measuring range Scale division ... more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: < 1% of total measuring range Scale division ... more

Colour-coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over-extension of the spring and zero-point calibration capability. Precision: Deviation < 1% of total measuring range Scale ... more

Device for confirmation of Hooke's Law and determining the spring constant. Two colour-coded dynamometers in a transparent plastic casing with easy-to-read cm/mm scale, protection against over-extension of the spring and zero-point calibration ... more

Colour coded precision dynamometer in a transparent plastic casing with easy-to-read scale, protection against over extension of the spring and zero-point calibration capability. Precision: ± 1 scale division Scale division: 1% of total measuring ... more

Set of apparatus for carrying out 25 basic student experiments on the mechanics of solids, liquids, and gases. In a robust Gratnells tray with foam inserts molded to the shapes of the items and a transparent lid. The experiments are designed ... more

Set for building a Wilberforce pendulum or a torsion pendulum in a space-saving table-top experiment. Adjustable rotating body for fine adjustment of moment of inertia in order to investigate couples translation and rotation oscillations ... more

Versatile set for building a physical pendulum with a moveable weight, a reversing pendulum or a pair of coupled pendulums in a space-saving table-top experiment. Includes components for connecting to dynamometers from Sensors &ldquo ... more

Kit for easy assembly of a string pendulum for comprehensive investigation of simple harmonic motion and chaotic oscillations in a space-saving table-top experiment. Features movable string pulley for setting string lengths and magnetic strips ... more

The mechanics kit for whiteboard demonstrations includes more than 25 large, colored and easily distinguished components stored in a case with foam inlay. More than 30 experiments can be set up in rapid time: more

Spring dynamometer for experiment demonstrations. Grooved pulley on ball-bearings and cord with hook. Large, easily read round dial. Zero-point adjustment by turning the dial. With magnet for attachment to a whiteboard. Diameter: 200 mm Measurement ... more

Spring dynamometer for experiment demonstrations. Grooved pulley on ball-bearings and cord with hook. Large, easily read round dial. Zero-point adjustment by turning the dial. With magnet for attachment to a whiteboard. Diameter: 200 mm Measurement ... more

' data-item-price="66.0000" data-href="https://www.3bscientific.com/au/dynamometer-with-round-dial-5-n-component-mechanics-kit-for-whiteboard-1024238-u8402505-3b-scientific-u8402505,p_564_33559.html" > Application Area: This product is part of the 'Mechanics Kit for Whiteboard' (Item No.: 1000735). Product Description: Spring dynamometer for experiment demonstrations. Grooved pulley on ball-bearings and cord with hook. Large, easily ... ' data-item-price="66.0000" href="https://www.3bscientific.com/au/dynamometer-with-round-dial-5-n-component-mechanics-kit-for-whiteboard-1024238-u8402505-3b-scientific-u8402505,p_564_33559.html">more

Spring dynamometer for experiment demonstrations. Grooved pulley on ball-bearings and cord with hook. Large, easily read round dial. Zero-point adjustment by turning the dial. With magnet for attachment to a whiteboard. Diameter: 200 mm Measurement ... more

The friction measuring device makes it possible to measure the static and kinetic friction between two surfaces depending on the contact area, the force applied or the combination of materials in contact. A friction track in the form ... more

Aluminium ring with a blade for determining the surface tension of liquids. Includes a hook and three threads for suspension from a dynamometer. The tear-off force in liquids is easy to determine, which is why students can conduct the experiment ... more

Product Information: .. Apparatus for demonstrating transverse standing waves on a rope and investigating how wavelength depends on the tension in the rope and on the frequency. Specifications: .. Contents: 1 more