'Maximum force' diaporamas de présentation

Types of Muscle Action

Types of Muscle Action. Static (isometric) Dynamic isotonic concentric eccentric set resistance variable resistance isokinetic. Static. No movement No cost Travels well. Static. A major disadvantage is that strength gains are specific to the joint angle used during training.

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Momentum and changing momentum

Momentum and changing momentum. 1 In a car collision, which causes greater damage?. A A massive car. B A fast car. C A massive and fast-moving car. 2 A car collides with a fixed wall. How can the damage be reduced?. A It collides at high speed.

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FRC Drive Train: Design and Implementation

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The Circulatory System

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Force Distance Devices Texture Analyzers

Force Distance Devices Texture Analyzers. Lab Instruments. A variety of lab instruments exist that carefully control distance and measure force while probing a food sample These instruments can be fitted with a wide variety of probes and fixtures. Gardco LFRA Texture Analyzer.

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Rock Climbing and Differential Equations: The Fall-Factor

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How far can you shoot a melon?

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Notes Chapter 8 Momentum Objectives:

Notes Chapter 8 Momentum Objectives:. Define momentum. (8.1) Define impulse and describe how it affects momentum. (8.2) Explain why an impulse is greater when an object bounces than when the same object comes to a sudden stop. (8.3) State the law of conservation of momentum. (8.4)

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The 3 minute back exam.

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Chapter 29

Chapter 29. Magnetic Fields. Quick Quiz 29.1. The north-pole end of a bar magnet is held near a positively charged piece of plastic. The plastic is (a) attracted (b) repelled (c) unaffected by the magnet. Quick Quiz 29.1.

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STARTER TASK

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Physical Education & Health Education - New Agendas 80014

Physical Education & Health Education - New Agendas 80014. HEALTH RELATED FITNESS. Week Twelve - Programming HRF in the Primary School. THE FITNESS PARADOX.

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Retractor for Breast Surgery

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6: Lifting and Moving Patients

6: Lifting and Moving Patients. Cognitive Objectives (1 of 4). 1-6.1 Define body mechanics. 1-6.2 Discuss the guidelines and safety precautions that need to be followed when lifting a patient. 1-6.3 Describe the safe lifting of cots and stretchers.

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Final Teaching Presentation

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Codes Review

Codes Review. ID 440: Project 1: Hospitality Design. Can you answer these questions?.

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Components of Fitness

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Electromyography: Relationships & Applications

Electromyography: Relationships & Applications. D. Gordon E. Robertson, PhD, FCSB Biomechanics Laboratory, School of Human Kinetics, University of Ottawa, Ottawa, Canada. Isometric EMG . linear relationship for submaximal contractions exponential relationship over full range

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Circular Motion

Circular Motion. B. C. A. B: Tangent to the Circle. A ball is going around in a circle attached to a string. If the string breaks at the instant shown, which path will the ball follow?. 16. F N. v. F T. mg. Uniform Circular motion. m w = mass (downward). F N = mg. r. m.

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