진동

The vibration generator is used to generate mechanical waves for demonstrating and studying oscillations and resonances in school education and training. The vibration generator consists of a speaker housed in a sturdy plastic case. ... more

This accessory of the vibration generator (item no: 1000701 / U56001), the 'Chladni Plate, circular,' serves to impressively demonstrate Chladni figures and supplements the topic of mechanical oscillations in school education and ... more

클라드니 실험처럼 미세한 마른 모래에서 음향 자극 형상을 생성하는 데 사용되는 금속판입니다. 진동 발생기(U56001)와 함께 사용합니다. 진동 발생기에 장착하기 위한 4mm 플러그가 함께 제공됩니다. 베이스는 포함되어 있지 않습니다. 사양: 크기: 180mm x 180mm   This accessory of the vibration generator (Item No.: 1000701 ... 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 ... more

Pendulum for qualitative and quantitative demonstration of the rotation of the Earth by means of observing the plane of oscillation. To prevent the oscillation taking an elliptical path, the thread upon which the pendulum bob is suspended ... more

Pendulum for qualitative and quantitative demonstration of the rotation of the Earth by means of observing the plane of oscillation. To prevent the oscillation taking an elliptical path, the thread upon which the pendulum bob is suspended ... more

Pendulum with continuously adjustable plane of oscillation for observing pendulum oscillations where the acceleration due to gravity g can appear to be varied. Stand equipment not included. more

Pendulum with low-friction pointed bearings and electro-magnetic angle sensor for measuring simple harmonic motion and coupled oscillations of a weighted pendulum with movable weight. With adjustable pendulum mass. The deflection of ... more

Pendulum with low-friction pointed bearings and electro-magnetic angle sensor for measuring simple harmonic motion and coupled oscillations of a weighted pendulum with movable weight. With adjustable pendulum mass. The deflection of ... more

Rod pendulum with low-friction pointed bearings as per item 1000763 (U8404275) but with no Hall sensor or magnet for detecting angle. With adjustable pendulum mass. Stand equipment not included. more

Spoked wheel with large moment of inertia for demonstrating the conversion of energy in the conversion of kinetic energy to potential energy and vice versa. Includes suspending rod and adjustable suspension mechanism. The rotating ... more

Concave transparent acrylic body with spherical curvature. A rolling ball oscillates inside the concavity about its rest position like a mathematical pendulum does. The radius of curvature is equivalent to the length of a normal pendulum ... more

Special form of physical pendulum for determining local acceleration due to gravity g. Pendulum rod with two fulcra plus one sliding and one fixed disc weight for adjusting the period of oscillation. When correctly adjusted, the pendulum ... more

A double pendulum made of anodised aluminium for mounting on a rigid wall. Both lengths of the pendulum are manufactured with the utmost precision and rotate, or oscillate, without friction around their pivots. The way the movement develops ... more

For investigating free, forced and chaotic oscillations at various degrees of damping. With slotted scale ring and pointers on resonator and exciter. An electric motor is included for exciting forced oscillations. It features coarse ... more

Axle for investigating rotational oscillation of various test bodies and for determining their moments of inertia from the period of oscillation. With ball-bearing mounted shaft, coil spring and holding lug. The test body is a bar with ... more

4 balls with securing eyes made of brass, aluminum, steel and plastic for constructing a mathematical pendulum. Diameter: 25 mm Weights: 71.2 g, 25.2 g, 61 g, 10.5 g more