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Lesson Plan
Curated OER

Sliders - Static and Kinetic Friction

For Teachers 6th - 8th
Middle schoolers work in groups to conduct experiments the demonstrate the differences between static and kinetic friction. They consider how friction affects us in our everyday lives, determine the effects of weight on friction and...
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Lesson Plan
Curated OER

TE Lesson: Factors Affecting Friction

For Teachers 6th - 8th
Students investigate the effect of weight on normal friction or the friction due to surface roughness. They tell about the effects of contact area that occurs as a result of molecular attraction by looking at data on line graphs.
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Lesson Plan
Curated OER

Discovering Friction

For Teachers 6th - 8th
Learners watch a demonstration that introduces them to the idea that friction is a force that impedes motion when two surfaces are in contact. They work in groups to experiment with frictional force using a coffee cup on which they alter...
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Lesson Plan
Curated OER

Introduction to Friction

For Teachers 11th - Higher Ed
Students study the properties of the frictional force between two surfaces in contact. They inspect various phenomena in nature where friction plays an important role and demonstrate
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Lesson Plan
Curated OER

E3 Ret Lesson Plan

For Teachers 11th - 12th
Learners explore friction. In this physics lesson plan, students will cover metal blocks with film to determine the changes caused by static and kinetic friction.
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Lesson Plan
Curated OER

Coefficient of Kinetic Friction and Surface Area

For Teachers 10th - 12th
Young scholars investigate coefficient of friction with respect to surface area and applied force in contact with the sliding force.
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Lesson Plan
Curated OER

TE Activity: Does Weight Matter?

For Teachers 6th - 9th
Students design and conduct experiment to determine if weight added incrementally to an object affects amount of friction encountered when it slides across a flat surface. They graph data from their experiments, and calculate...
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Lesson Plan
Curated OER

Friction Fanatics

For Teachers 9th - 12th
Student and compare the three types of friction. For this physics lesson, students determine the coefficient of friction using the CEENBoT. They investigate how friction changes as the angle of the incline changes.
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Lesson Plan
Curated OER

What's the Rub? It's All About Friction!

For Teachers 9th - 12th
Learners determine the coefficient of friction for different surfaces. In this physics lesson, students identify the factors that affect friction. They collect data and write a formal lab report.
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Lesson Plan
Curated OER

What a Drag

For Teachers 6th - 8th
Middle schoolers learn examples of friction and drag, and suggest ways to reduce the impact of these forces. The equation that governs common frictional forces is introduced, and during a hands-on activity, students experimentally...
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Lesson Plan
Curated OER

Sliding and Stuttering

For Teachers 6th - 9th
Students measure frictional force existing between a moving cup and the surface it slides on. They conduct the experiment and answer discussion questions.
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Lesson Plan
Curated OER

Newton's Laws of Motion

For Teachers 11th - 12th
Students investigate the effect of thin films to surface friction. In this physics lesson, students calculate the coefficient of friction using mathematical formulas. They discuss its importance in their everyday lives.
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Lesson Plan
Curated OER

Bobsled Challange

For Teachers 10th - 12th
Young scholars investigate the effects of materials on the friction between a "bobsled" and the track. They explore the effects of weight on the motion of the bobsled. Students design a bobsled for either fast or slow movement. They...
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Lesson Plan
Curated OER

Sliding and Stuttering

For Teachers 9th
Ninth graders use a spring scale to drag an object such as a ceramic coffee cup along a table top or the floor. The spring scale allows them to measure the frictional force that exists between the moving cup and the surface it slides on....
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Lesson Plan
Curated OER

Circle of Pong

For Teachers 3rd - 12th
Young scholars, in groups, use given materials to devise a way to deposit a ping-pong ball into a paper cup that is located in the middle of a 6-foot diameter circle, while standing outside the circle.