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For measuring all physical time-related properties, e.g. free-fall times, speed, revs, periods of oscillation. The high accuracy means extremely precise measurements can be made. Two time ranges are available. The equipment has one electrical start and one stop input, e.g. which can be switched by light barriers and a switching output ...
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For demonstrating unimpeded superimposition of motions. A launching rail with returning spring is mounted on a wooden base. Two steel balls are used as test bodies. Upon triggering, one ball starts to fall downwards and simultaneously the other is launched horizontally. Both balls hit the ground at the same time. Two holes in the base ...
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Experiment for studying motion under constant acceleration, demonstrating Newton's second law and determining the acceleration due to gravity g. Includes an aluminium stand for affixing to a wall.
A string with weights at both ends is passed over a rotating pulley. The set-up undergoes relatively slow but constant acceleration ...
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Experiment topics:
• Displacement-time graphs
• Linear gradients
• Velocity
Set of equipment for investigating the concept of velocity by means of student experiments. Consisting of three small coloured plastic tubes in which an air bubble rises at constant velocity in a viscous liquid,...
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This apparatus is used to determine the rate of acceleration in a falling weight, calculate the speed of a moving cart or study the forces of friction. A paper strip is pulled through the device while sparks burn tiny dots on the paper at very precise time intervals. The faster the strip passes through the sparks the larger distance ...
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Excellent for use as pendulum bobs or in impact and collision experiments. Comes with two steel pendulum balls, one drilled and one with a hook, and a 2m line.
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Proves that two balls, when released simultaneously--one directed vertically, and the other horizontally--fall to the ground at the same time. A 20-cm steel rod is spring-loaded and mounted in two brackets on a sturdy metal base. Operating handle and two balls included. The base has a steel rod on the side, which can be mounted on a ...
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Apparatus for measuring the time it takes for a ball to fall a certain distance using a digital timer. Very easy to set up and use but nevertheless highly accurate. Includes 3 steel balls.
A micro-magnet holds the ball in its start position. Three contact pins under the release mechanism ensure that the start position of the ball ...
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For proving that gravitational acceleration and the duration of fall in a vacuum is equal for all bodies, when air resistance and buoyancy are absent. Consists of a glass cylinder with two stoppers. One stopper has a stopcock and can be connected to a suction hose. Falling bodies: Corks, feather, metal disc.
Connection ...
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