'Uniform acceleration' diaporamas de présentation

Acceleration

Acceleration. Do Now: Jot down in your notes. What is the definition of acceleration? What is the first equation of acceleration. Looking at the equation, what would be the units of acceleration/. Acceleration. Any object not traveling at constant velocity is accelerating.

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Kinematics

Kinematics. Describing Motion. Reference Frames. Measurements of position, distance or speed must be with respect to a frame of reference. What is the speed of a person with respect to the ground if she walks toward the back of the train at 5km/h while the train moves forward at 40 km/h?.

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Lab activity information

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Derivation of Kinematic Equations

Derivation of Kinematic Equations. View this after Motion on an Incline Lab. Constant velocity. Average velocity equals the slope of a position vs time graph when an object travels at constant velocity. Displacement when object moves with constant velocity.

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Derivation of Kinematic Equations

Derivation of Kinematic Equations. View this after Motion on an Incline Lab. Constant velocity. Average velocity equals the slope of a position vs time graph when an object travels at constant velocity. Displacement when object moves with constant velocity.

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Yevgeny Krivolapov, Michael Wilkinson, SF Liad Levy, Moti Segev

Yevgeny Krivolapov, Michael Wilkinson, SF Liad Levy, Moti Segev. Transport in potentials random in space and time: From Anderson localization to super-ballistic motion. Physics of Noise. Is noise uninteresting? Rules of noise? Universality classes of noisy behavior?

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A Summary of Motion

A Summary of Motion. Measurements, Graphs and Equations. Scalars and Vectors. Scalar quantities are measurements that have no statement of direction. Vector quantities are measurements that have a statement of direction.

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5 0.1

PH 105-003/4 ---- Friday, Aug. 22, 2007. Problem on uniform acceleration (from Ch. 2): A bike moving at constant velocity 5 m/s passes a car stopped at a light, as the light turns green and the car begins to accelerate at 2 m/s 2 . (a) When does the car pass the bike (in sec.)?. 5 0.1.

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Kinematics: straight-line or linear motion

Kinematics: straight-line or linear motion. Distance vs. Displacement. Distance indicates how far an object moves. Displacement indicates the change of position of an object when it moves. Distance has magnitude (a number value + a unit of measure). Example: 3 m

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Kinematics

25m. START. Swimmer A. Swimmer B. Motion in a straight line The diagram below shows a swimming pool of length 50m and the positions of swimmers A and B after 20 seconds. Kinematics. D. T. S. Definition

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Physics Chapter 2 Notes

Physics Chapter 2 Notes. 2-1. Mechanics Study of the motion of objects Kinematics Description of how objects move Dynamics Force and why objects move as they do. Translational Motion Move without rotation Frame of reference Usually with respect to earth Coordinate axes

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Kinematics (Part 2)

Kinematics (Part 2). Textbook Chp 2, Pg 27-38. Math Lesson!. Calculus for Kinematics. Kinematics Graphs. Displacement-Time Graph Gradient ? Velocity Velocity-Time Graph Gradient ? Acceleration Area under graph ? Displacement

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Velocity and Displacement

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3.3 Uniform Acceleration and Free Fall

Objectives: Utilize vectors to illustrate and solve acceleration problems. Analyze motion of an object in free fall. 3.3 Uniform Acceleration and Free Fall. Derivation of Equations.

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What is Physics?

What is Physics?. Physics is A branch of science that involves the study of the physical world: energy, matter, and how they are related. SI Base Units. Prefixes used with SI Units. How many megahertz is 750 kilohertz?. 0.75 MHz. Convert 5021 centimeters to kilometers. 5.021x10 -2 km.

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Physics Week 3 CCA

Physics Week 3 CCA. REVIEW. Scalar/Vector. Vector quantities have both ____ and _____. Scalar quantities have ____ only. Calculating Velocity from a Table. What is the average velocity during the interval 4 s to 5 s?. Calculating Velocity from a Graph.

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Lab 4: Projectile Motion, Work, and Energy

Lab 4: Projectile Motion, Work, and Energy . University of Michigan Physics Department Mechanics and Sound Intro Labs. Motion in Two Dimensions.

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Uniform Acceleration

Uniform Acceleration. Galileo Galilei (1564-1642). Galileo Galilei. ? 1590 he began a book, De motu ("On motion"). He examined motion of objects rolling down inclined planes, s lowly falling. The effect of gravity, diluted. Uniform acceleration. Pg. 53 Sample Problem. s = 42. s = 0.

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Horizontal Motion Eqns

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Horizontal Motion Eqns

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