THE PHYSICS OF ROCK CLIMBING

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THE PHYSICS OF ROCK CLIMBING. Why do I rock climb?. Freedom of the Hills Fun & c hallenging The art, skill, & technique. What is rock climbing?. How does it work?. How is physics applied?. Special equipment Anchors – force vectors. How is physics applied?. Belaying – works on friction. - PowerPoint PPT Presentation

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THE PHYSICS OF ROCK CLIMBING

Freedom of the HillsFun & challengingThe art, skill, & technique

Why do I rock climb?

What is rock climbing?

How does it work?

Special equipmentAnchors – force vectors

How is physics applied?

Belaying – works on friction

How is physics applied?

Rappelling – works on friction

How is physics applied?

Climbing – must balance forces on body

How is physics applied?

Force of Gravity

Supporting Force

Supporting forces – friction & normal force

How is physics applied?

Friction

Normal Force

Technique – body position and holds determine forces

How is physics applied?

Friction

FrictionFriction

Friction

Normal Force

Normal Force

Normal Force

Normal Force

Force of Gravity Force of Gravity

How is physics applied?Advanced techniques

Force of Gravity

Friction

Friction

Normal Force

Normal Force

Requires more skill & knowledgePlacing gear / rope dragFall factor / rope stretch

Lead Climbing

If you know the physics behind rock climbing…

Gives you better techniqueKeeps you safer

…so you can truly enjoy the freedom of the hills.

Conclusion

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