WardsSci100002

Description:   This wooden machine has a sturdy wooden construction ideal for classroom use.

Description:   This wooden machine is elegantly designed and easy for students to use. Study how changing the distance from the fulcrum changes the mechanical advantage.

Description:   This wooden machine has a sturdy wooden construction ideal for classroom use. This apparatus can demonstrate how gears can turn rotational motion into translational motion.

Description:   This wooden machine has a sturdy wooden construction ideal for classroom use.

Description:   This wooden machine is elegantly designed and easy for students to use.

Description:   This wooden machine is elegantly designed and easy for students to use. Study levers and mechanical advantage both qualitatively and quantitavely.

Description:   This wooden machine easily demonstrates how rotational motion can be converted into the linear motion.

Description:   This wooden pendulum has a strong and sturdy construction ideal for classroom use.

Description:   This wooden machine has a sturdy wooden construction ideal for classroom use.

Description:   This wooden machine has a sturdy wooden construction ideal for classroom use.

Description:   This wooden machine is elegantly designed to demonstrate how a wedge can increase mechanical advantage.

Description:   Explore STEM concepts while building a motorized Swing Ride!

Description:   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.

Description:   This is an extra long version of the Visual Scientifics Inclined Plane, and includes all of the same accessories.

Description:   In this inquiry-based learning case, students enter the role of mechanical engineers advising an international council on the development of air-propelled rovers and reducing collisions during off-planet exploration.

Description:   Show the mechanical advantage of the wheel and axle.