'Velocity acceleration' diaporamas de présentation

Period 1

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Kinematics of Particles

Kinematics of Particles. Contents. Introduction Rectilinear Motion: Position, Velocity & Acceleration Determination of the Motion of a Particle Sample Problem 11.2 Sample Problem 11.3 Uniform Rectilinear-Motion Uniformly Accelerated Rectilinear-Motion

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Motion in One Dimension Chapter 2

Motion in One Dimension Chapter 2. 2.1 Displacement & Velocity Learning Objectives. Describe motion in terms of displacement, time, and velocity Calculate the displacement of an object traveling at a known velocity for a specific time interval

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Kinematics 2

Speed and Velocity 1. Kinematics 2. Next Slide. Speed. Definition : distance traveled per unit time. Unit : metre per second (m s -1 ). Nature : scalar (with magnitude only). Speed and Velocity 2. Kinematics 2. Next Slide. Velocity. Definition : displacement traveled per unit time.

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Kinematics: What is velocity and acceleration?

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Velocity & Acceleration

Velocity & Acceleration. Essential Question:. How are velocity and acceleration related to everyday life?. Standard: S8P3a. Determine the relationship between velocity and acceleration. All matter in the universe is constantly in motion. How can the motion of objects be described?.

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Physics 207, Lecture 3

Physics 207, Lecture 3. Today (Finish Ch. 2 & start Ch. 3) Examine systems with non-zero acceleration (often constant) Solve 1D problems with zero and constant acceleration (including free-fall and motion on an incline) Use Cartesian and polar coordinate systems Perform vector algebra.

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Physics 207, Lecture 3

Physics 207, Lecture 3. Today (Finish Ch. 2 & start Ch. 3) Examine systems with non-zero acceleration (often constant) Solve 1D problems with zero and constant acceleration (including free-fall and motion on an incline) Use Cartesian and polar coordinate systems Perform vector algebra.

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Potential and Kinetic Energy

Potential and Kinetic Energy. Energy: is the ability to do work Work is being done whenever some physical force is being used to move an object some distance. Energy means that birds can fly, tigers can roar, wind can blow, sun can shine, cars can go fast,

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Physics 114A - Mechanics Lecture 3 (Walker: 2.4-5) Velocity & Acceleration January 9, 2014

Physics 114A - Mechanics Lecture 3 (Walker: 2.4-5) Velocity & Acceleration January 9, 2014. John G. Cramer Professor Emeritus, Department of Physics B451 PAB jcramer@uw.edu. Announcements.

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The ball moves along a flat surface. Then it moves forward down a hill, and then finally stops.

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Welcome to Physics

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Bead Sliding on Uniformly Rotating Wire in Free Space

Bead Sliding on Uniformly Rotating Wire in Free Space. Straight wire, rotating about a fixed axis ? wire, with constant angular velocity of rotation ? . Time dependent constraint! Generalized Coords: Plane polar: ? x = r cos ? , y = r sin ? , but ? = ? t , ? = ? = const

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Velocity & Acceleration

Velocity & Acceleration. Some Review. Defining Velocity. Kinetic energy was KE=1/2 (mass) (velocity) 2 We know that the mass of an object is the actual amount of matter in the object expressed in grams or kilograms. Velocity. Describes both the rate and direction of the motion

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Do Now (page 50)

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Physics revision questions (PRQ)

Physics revision questions (PRQ). Educator- Uttam Maheshwari & Manish Tiwari. Density. A block of cast iron of volume 30 cubic cm consist of mass 210g. Calculate the density of block. Real life pressure. A truck used in the desert has wide tyres.

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Phy 211: General Physics I

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Background and Aims

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