'Velocity' diaporamas de présentation

Aortic Stenosis

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How to Use This Presentation

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2.1b Mechanics On the move

2.1b Mechanics On the move. Breithaupt pages 112 to 129. April 11 th , 2010. AQA AS Specification. Distance ( x ) and Displacement ( s ). Distance ( x ) the length of the path moved by an object scalar quantity SI unit: metre (m) Displacement ( s )

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Making A Low Friction Balloon Air Puck S-5

Making A Low Friction Balloon Air Puck S-5. Created for OP 3 October 2K+3. FORCES & MOTION IVA1 ROLLING ON AN INCLINED PLANE. Created for OP 26 April 2K+2. Materials: Inclined plane Free?wheeling toy car Masking tape or chalk or movable place?markers meter stick stop watch.

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One Dimensional Motion

One Dimensional Motion. Frames of Reference Distance and Displacement Speed and Velocity Graphical Relations. Motion may seem simple enough, but physics is able to make it more complicated then you could imagine Our first topic will be motion in one dimension

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2-Dimensional Kinematics

2-Dimensional Kinematics. 2-Dimensional Kinematics. 2-Dimensional Kinematics. Projectile Motion Projectiles Launched Horizontally A projectile is an object shot through the air.

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Objectives : To analyze the kinematics of a rigid body undergoing planar translation or rotation about a fixed axis.

RIGID BODY MOTION: TRANSLATION & ROTATION (Sections 16.1-16.3). Objectives : To analyze the kinematics of a rigid body undergoing planar translation or rotation about a fixed axis. APPLICATIONS. Passengers ride are subjected to curvilinear translation. .

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BASIC DIFFERENTIATION RULES AND RATES OF CHANGE (2.2)

October 9th, 2017. BASIC DIFFERENTIATION RULES AND RATES OF CHANGE (2.2). I. THE CONSTANT RULE. Thm. 2.2: The Constant Rule: The derivative of a constant function is 0. So, if c is a real number, then. II. THE POWER RULE.

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Simulating Dynamical Features of Escape Panic

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Kinematics/Free Fall

Kinematics/Free Fall. By Dan Gallagher, Stephanie Johnson, Kim Grauf, and Ryan Morton. Some Key Terms. Speed Measures how fast something is moving Velocity Speed in a certain direction Instantaneous Average Acceleration Change of velocity in a given time . Free Fall.

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Explaining Motion Revision

Explaining Motion Revision. Forces. Forces arise from an interaction between 2 objects. In an interaction pair the forces are equal in size but opposite in direction. These forces act on different objects. They explain how rockets work etc. Forces (cont.).

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Speed/Motion Notes!

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Lecture 5: Introduction to Physics PHY101

Lecture 5: Introduction to Physics PHY101. Chapter 2: Distance and Displacement, Speed and Velocity (2.1,2.2) Acceleration (2.3) Equations of Kinematics for Constant Acceleration (2.4). Displacement and Distance.

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Problem 31

Problem 31. Find the moments of inertia about the x & y axes: m = 1.8 kg, M = 3.1 kg. Problem 40. m each blade = 160 kg . Moment of inertia I ? Starts from rest, torque ? to get ? = 5 rev/s ( 10 ? rad/s ) in t = 8 s ?. Example 8-11. M = 4 kg, F T = 15 N

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Ferris Wheel Physics

Ferris Wheel Physics. Brought to you by: Feith Fischborn Kacey Kesselhuth Lindee League Stephanie Sawyer. Our Hypothesis. At the bottom of the Ferris wheel, apparent weight is more than normal weight At the top of the Ferris wheel, apparent weight is less than normal weight

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Management of Hypertensive Emergencies

Management of Hypertensive Emergencies. New paradigm in treatment of acute hypertension. Acute vascular injury has chronic sequelae. SBP too high Cardiac overload Vascular damage. SBP too low Thrombosis? Organ dysfunction.

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The physics of martial arts

The Physics of Martial Arts. Kicking. Centre of Mass. Turning Forces. T = mgR. L = mwr. L - Angular momentum. m - mass. w - angular velocity. r - distance. Breaking. K.E. ...

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Re-Cap of the Hydrological Cycle

Re-Cap of the Hydrological Cycle. Task 1: What are the main processes in the hydrological cycle? 2. How is a balance maintained within the hydrological cycle?. The River Course. The Upper Course. The River Channel:

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Motion in One Dimension

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Horizontal Projectiles

Horizontal Projectiles. Projectile. An object in motion where the only force acting on it is gravity. A dropped ball A kicked football A diver leaving a springboard A shot-put throw A satellite. Independence of X and Y.

276 views • 5 slides