'Centripetal acceleration' diaporamas de présentation

PHYSICS 1401

PHYSICS 1401. SEMESTER EXAM REVIEW. Vernier caliper. 1.1 Measurements. Micrometer. Photogate (millisec). 1.2 Resultant and Equilibrant. 2.4 Motion Graphs. 2.4 Equations of Kinematics for Constant Acceleration. Equations of Kinematics for Constant Acceleration

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2 pt

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Circular Motion

Circular Motion. Physics Mrs Coyle . Earth rotates about its axis Satellite revolves about the earth. Part I-Intro to Circular Motion. Tangential Speed and Velocity Frequency and Period Centripetal Force Centripetal Acceleration. Characteristics of Circular Motion.

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Rotational Kinematics

Rotational Kinematics . Angular Position, Velocity, and Acceleration. Angular Position, Velocity, and Acceleration. Degrees and revolutions:. Angular Position, Velocity, and Acceleration. Arc length s , measured in radians:. 10-1 Angular Position, Velocity, and Acceleration.

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Force and Motion-II: continued Friction and Drag;Circular Motion

Force and Motion-II: continued Friction and Drag;Circular Motion. Lecture 6 Monday:2 February 2004. UNIFORM CIRCULAR MOTION. CIRCULAR MOTION. When an object travels in a circle, its velocity is constantly changing (in direction-at least).

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Chapter 4:Kinematics in Two Dimensions

Chapter 4:Kinematics in Two Dimensions. 1.Two-Dimension Kinematics 2.Projectile Motion 3.Relative Motion 4.Uniform Circular Motion 5.Velocity and Acceleration in Uniform Circular Motion 6.Nonuniform Circular Motion.

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Circular Motion and Gravitation

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The Laws of Motion

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RQ8 : A car is driving at a constant speed in a perfect circle on a flat parking lot. The centripetal force acting on t

RQ8 : A car is driving at a constant speed in a perfect circle on a flat parking lot. The centripetal force acting on the car is: A. Gravity. B. The normal force from the road. C. Friction from the road. Lecture Quiz 1:

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University Physics: Mechanics

University Physics: Mechanics. Ch 4 . TWO- AND THREE-DIMENSIONAL MOTION. Lecture 6. Dr.-Ing. Erwin Sitompul. http://zitompul.wordpress.com. 2012. Uniform Circular Motion.

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Physics 2011

Physics 2011. Lecture 5: Gravitation and Applying Newton's Laws. Chapter 12: Gravitation. Gravity: Action at a distance. Gravitation (According to Newton, Anyway). Newton determined that a moon / g = 0.000278 and noticed that R E 2 / R 2 = 0.000273

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Sect. 4.10: Coriolis & Centrifugal Forces (Motion Relative to Earth, mainly from Marion)

Sect. 4.10: Coriolis & Centrifugal Forces (Motion Relative to Earth, mainly from Marion). Summary: For motion in an accelerating frame ( r ), both translating & rotating with respect to a fixed ( f , inertial) frame: Velocities: v f = V + v r + ? ? r Accelerations:

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Dynamics of Uniform Circular Motion

Chapter 5. Dynamics of Uniform Circular Motion. 5.1 Uniform Circular Motion. Uniform circular motion is the motion of an object traveling at a constant (uniform) speed on a circular path. Since the path is in a circle, period (T)is often used to express time.

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UCM

UCM. UNIFORM CIRCULAR MOTION UCM (Y12). CIRCULAR MOTION CM (Y13) ??. - v 1. v 2. r 2. D r. D v. r 1. Equation Theory. Similar Triangles. v 2. D t. Dq. Dq. v 1. Divide by time. Centripetal Acceleration. Centripetal force keeps an object in circular motion.

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Circular Motion

Circular Motion. Objectives Students should be able to: (a) define the radian ; ( b) convert angles from degrees into radians and vice versa; . Outcomes . All should Be able to define the radian. Be able to convert degrees into radians and vice-versa. Most Should

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Centripetal Force & the Fairground

Centripetal Force & the Fairground. Learning Objectives. Book Reference : Pages 28-29. Centripetal Force & the Fairground. To apply what we have learnt about circular motion to rides at the fairground To consider three particular cases of motion: The big dipper The long swing

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We just finished a section on friction

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Angular Variables

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Centripetal Force

Centripetal Force. Objectives Explain what is meant by centripetal force. Select and apply the equation for centripetal force: F = ma = mv 2 /r . Outcomes.

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