• Inclined Plane With Force Mechanism Quick View
    • Inclined Plane With Force Mechanism Quick View
    • Inclined Plane With Force Mechanism

    • The apparatus has been specially designed to perform experiments on force and acceleration. 1.2 m long aluminum track has a spring-based force mechanism mounted permanently at one end. The spring mechanism produces force using a multi-position trigger. Determine acceleration speed and distance attained by applying a variable force. The track is mounted on three plastic feet. The apparatus comes with…
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  • Inertia Balance Quick View
    • Inertia Balance Quick View
    • Inertia Balance

    • For investigating the nature of mass and the distinction between mass and weight. Two metal trays 130 x 55 x 23 mm are joined together with two spring steel strips of 23 mm width, the distance between the trays being 215 mm. One tray is drilled to accept 3 equal cylindrical masses. The other tray can be clamped to a…
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  • Loop The Loop Triple Track Quick View
    • Loop The Loop Triple Track Quick View
    • Loop The Loop Triple Track

    • Understanding the principles of physics that occur on a roller coaster has become easier. This triple play apparatus consists of three tracks, one straight down, one with one loop, and the third with two loops. All three have different straight-up track lengths. At the end of each track is a catch sack to prevent losing the ball. The straight track…
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  • Loop-The-Loop Quick View
    • Loop-The-Loop Quick View
    • Loop-The-Loop

    • To demonstrate the conservation of energy, conservation of momentum, and projectile motion. Consists of a metal track to drop a steel ball, and a circular scale for measuring the angle at which the ball drops. Includes two steel balls and instructions. Size: approx. 110 cm L.
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  • Marble Launcher Quick View
    • Marble Launcher Quick View
    • Marble Launcher

    • A fun way to learn about velocity and acceleration. Launch marbles at five different speeds. The safety guide is printed directly on the hardwood marble launcher's surface. A protractor is built into the launcher. Includes two marbles and an experiment guide. 16 in. L c 10in. W x 11-1/2 in. H.
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  • Maxwell’s Wheel Quick View
    • Maxwell’s Wheel Quick View
    • Maxwell’s Wheel

    • Useful for demonstrating momentum, conservation of energy and torque, a large flywheel suspended by two strong cords. The cords are wound around the shaft of the wheel and then released. The wheel will unwind as it falls, but will wind itself back up as the momentum carries the wheel upward in the opposite direction. This oscillation process will continue for…
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  • Moment Of Force Apparatus Quick View
    • Moment Of Force Apparatus Quick View
    • Moment Of Force Apparatus

    • To understand the relationship between moments of force, the amount of force, and the length of the lever arm. Includes a meter stick, three knife-edge clamps, aluminum support, two mass hangers, slotted masses from 1 gm to 500 gm, and a storage rack.
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  • New York Balance Quick View
  • Newton’s 2nd Law Of Motion Quick View
  • Newtonian Demonstration Quick View
    • Newtonian Demonstration Quick View
    • Newtonian Demonstration

    • 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. Size: approx. 9″ L x 7″ W x 8″ H.
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  • Pendulum Clamp Quick View
    • Pendulum Clamp Quick View
    • Pendulum Clamp

    • 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.
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  • Pendulum Demo Kit Quick View
    • Pendulum Demo Kit Quick View
    • Pendulum Demo Kit

    • Demonstrate how to string length and mass affect the movement of a pendulum. Simply attach strings of different lengths with different weights to the pendulum clamp and observe the differences in motion. Includes a heavy-duty pendulum clamp, a support stand with a 6 in. x 11 in. support base, and a 36 in. L rod, four 25 mm pendulum bobs…
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