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"WardsSci000474"

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Balls

Balls

Useful for collision and pendulum experiments.

 
 
Steel Sphere Density Set

Steel Sphere Density Set

Great for teaching that density depends of both mass and volume, students can't seem to put these spheres down! Two steel spheres are great for teaching the skills of observation and deduction.

 
 
Pulleys

Pulleys

 

These free-running plastic pulleys are durable in design.

 
 
Simple Machines Set

Simple Machines Set

Build 5 simple machines simultaneously!

 
 
Pulleys in Motion Kit

Pulleys in Motion Kit

Versatile teaching kit contains enough materials for the whole classroom to learn about and experiment with a variety of pulley configurations. Because these activities are hands-on, students get a real feel for the forces at work.

 
 
Supertek® Plastic Hall’s Carriage

Supertek® Plastic Hall’s Carriage

Watch work and energy intercept.

 
 
Specific Gravity Balls Set

Specific Gravity Balls Set

For your Laboratory Needs!

 
 
K’NEX Education Intro to Simple Machines: Gears

K’NEX Education Intro to Simple Machines: Gears

Teach your students about gear ratios and different gear configurations and how these concepts are used to change the amount of applied force to an object.

 
 
Friction Block

Friction Block

Explore the factors that affect frictional force. One wide and one narrow face of this block are covered with a non-skid material.

 
 
K’NEX Education Intro to Simple Machines: Levers and Pulleys

K’NEX Education Intro to Simple Machines: Levers and Pulleys

 

Identify All Three Classes of Levers and Their Key Parts

 
 
K’NEX Intro to Structures: Bridges

K’NEX Intro to Structures: Bridges

Aligned to Science, Technology, Engineering, and Math standards

 
 
K’NEX Education Intro to Simple Machines: Wheels/Axles & Inclined Planes

K’NEX Education Intro to Simple Machines: Wheels/Axles & Inclined Planes

 

Investigate and experiment with 7 functioning Wheel & Axle and Inclined Plane models designed to demonstrate science and technology concepts.

Students can determine, through investigation, if the machine multiplies the force it applies to the resistance (load), if the machine changes the direction of the force they apply, and more.