'Compression forces' presentation slideshows

Physics of Bridges

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Physics of Bridges

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Folding and Faulting

Folding and Faulting. Chapter 4, Sec. 4. Stress. Amount of force per area put on an object. Rocks can change shape due to stress. Three types of stress:. Compression Tension Shear. FOLDING. Rock layers bend due to stress Assume most rocks are laid down horizontal. FAULTS.

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The Histology of Bone and Cartilage

The Histology of Bone and Cartilage. Articular cartilage. Spongy bone. marrow. Compact bone (location of haversian systems). Microscopic Anatomy of Bone. Figure 5.3. Microscopic Anatomy of Bone. Lacunae Cavities containing bone cells (osteocytes) Arranged in concentric rings Lamellae

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Mountain Building

Mountain Building. Folding Faulting Volcanoes. Most Major Mountain ranges were formed by the collision of continental Plates. Mountains by Folding. Fold mountains are actually formed by crust which have been uplifted and folded (buckled or bent) by compressional forces.

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The Skeletal System

The Skeletal System. Bones, joints, and connective tissues. Skeletal System Functions. Support Protection of organs Framework for movement Mineral storage (calcium & phosphate) Hematopoiesis (Blood cell production in bone marrow). Axial vs. Appendicular Skeleton. Axial:

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KNR 205: Scientific Principles of Coaching

KNR 205: Scientific Principles of Coaching. Introduction. General course stuff. The course is designed for athletic coaching minors, but available to KNR majors Have you had any of these... 181 (A&P), 240 (Fitness), 280 (Ex. Phys.), 282 (biomechanics)?

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Faults & Earthquakes

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Faults

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Bridges

Bridges. Examining Forces on Bridges. Forces. At any given time, two main forces act upon a bridge: compression and tension.

238 views • 8 slides