"fluid dynamics simulator\"

Use Bernoulli’s Principle to predict the landing spot of a stream of water leaking from a bucket.

Demonstration tool for fluid dynamics and the Bernoulli effect of water flow.

This easy-to-build hydraulic arm demonstrates the power of fluid dynamics.

An economical way to teach dynamics including position, velocity, acceleration, force, elastic and in elastic collisions, momentum, conservation of energy, and much more.

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Great for studying the simple harmonic motion of a torsional pendulum.

With the Large Plastic Dynamics Cart, students can explore the changes in motion that occur in a dynamics cart when different amounts of net force are applied.

These heavy-gauge aluminum carts come completely assembled with low-friction ball bearing wheels and space to carry five ordinary bricks.

Low friction cart for kinematics.

This cost-effective dynamics system is a versatile tool for studying linear motion and collisions.

Accurately measure the velocity of your dynamics cart.

Study Static and Dynamic Oscillations

A set of dynamic cart trolleys are used for investigation on momentum, velocity and acceleration. Each trolley consists of two rectangular wooden blocks, 300 mm long, moving on three low friction wheels (ball bearings in wheels). The trolley is fitted with spring loaded impulse rod. It has a provision for stacking the trolleys on top of each other with removable pins. It is supplied with two rubber corks and 2 needles, so trolleys may be stuck together for inelastic collisions. A striking pin for releasing the striker and 3 pins or dowels for stacking are provided. One trolley weight approximately 1 kg.

Using a strip of tape and this dynamic FUN car, students can visualize key physical science concepts.

Balanced flywheel for exploring inertia and rotational dynamics.

Use hands on power to investigate rotational dynamics.