'F ma' diaporamas de présentation

Chapter 14

Chapter 14. Injuries to the Tissues. OA 10.21. Differentiate between a primary injury and secondary injury. Objectives. Introduce the terminology associated with injury classification Introduce biomechanical forces that cause injuries Explain biomechanical concepts for various tissues.

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Da DaVinci Coke

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Final Exam Review

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AQA Additional Physics Revision

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Work, Energy, and Power

Work, Energy, and Power. Work. What is Work and Energy?. Energy(E)- the ability to do work Work (W)- A change in energy (?E) or the product of Force and distance (d) W= Fd Work is only being done when components of the applied force are parallel to the displacement

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Forces

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Speed, velocity, acceleration & Newton

Speed, velocity, acceleration & Newton. Micro-World Macro-World Lecture 2. speed. distance traveled elapsed time. speed = v =. Hawaii Kai ? Haleiwa In one hour. 50km 1 hr. v =. = 50 km/hr. This is the average speed over 1 hour. For shorter time intervals it can be

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EOC Review

EOC Review. This review should remind you of important concepts, definitions and equations we have used through out the year. It also contains example problems for you to try. The answers to the examples are given so that you can check your work as you go along. Units.

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3.3

Now look at the central atom of CO 2 :. Two groups of four electrons each are associated with the central atom. The two groups of electrons will be 180 o from each other: the CO 2 molecule is linear. 3.3. Molecular geometry and absorption of IR radiation.

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PHY 113 A General Physics I 11 AM-12:15 P M MWF Olin 101 Plan for Lecture 5:

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Work, Energy, and Power

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Tension in a rope has two properties: * it is evenly distributed throughout the connected objects

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Statics and Basic Mechanics

Statics and Basic Mechanics. What you forgot from basic physics. Forces: In The General. Vector Quantities. Magnitude and Direction. Statics. Balanced Forces = No Acceleration. External Forces: Normal. External Forces: Moments. Forces: Compression. Aspect Ratio Matters. Forces: Tension.

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Air Bags

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Engineering Solutions Mathematical Models

Engineering Solutions Mathematical Models. Engineering Solutions . Engineers are problem solvers mastering art and science. Science is the knowledge and principles of math, chemistry, physics, mechanics, and other technical subjects.

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Inquiry!!!

Inquiry!!!. Remember.. It is how science is done not just doing science. . Your Job. Design an inquiry lesson based on newton's laws of motion Law of inertia F=MA Action reaction. Your Objective.

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Satellites and Weightlesness

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Isaac (N) ewton

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1.5m

A uniform sphere with a radius of 12cm and a mass of 6.0kg is released from rest at the top of a ramp. The ramp is 1.5m high, and 9.5m long. If the ball rolls without slipping, what will be its speed at the bottom of the ramp?. v f. 1.5m. 9.5m. ? ? =I ?. n. fR= R 2 ?. f. mg x. fR= R 2.

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