'Instantaneous speed speed' presentation slideshows

Forces & Motion Review

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Forces & Motion Review

549 views • 44 slides

Chapter 10 Motion

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Linear Motion or 1D Kinematics

Linear Motion or 1D Kinematics. With thanks to: Sandrine Colson- Inam , Ph.D. References: Conceptual Physics, Paul G. Hewitt, 10 th edition, Addison Wesley publisher. Outline. The Big Idea Scalars and Vectors Distance versus displacement Speed and Velocity Acceleration

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Distance and Displacement

Ch. 11. 1. Distance and Displacement. Frame of Reference. Helps describe motion accurately and completely A system of objects NOT moving with respect to one another. Relative Motion Movement in relation to a frame of reference Ex: Train Platform- people on train are moving

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Forces & Motion Review

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Forces & Motion Review

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Chapter 2

Chapter 2. Limits and Continuity. Introduction. Economic Injury Level (EIL)- text p. 58. 2.1: Rates of Change and Limits. Average Speed The average speed during an interval of time is Example : If a rock falls from a cliff, what is its average speed after the first 2 seconds?

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LINEAR MOTION

LINEAR MOTION. Reference Object Speed Velocity Acceleration Free Fall Motion. Motion is Relative!. Motion is compared to an object that is considered stationary- a reference object. Here, the car and the Dalmatian are in motion compared

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Calculating speed and Acceleration

Calculating speed and Acceleration. Chapter 11. Speed. Speed = distance/time Velocity is speed with direction! When an object covers equal distances in equal amounts of time, it is moving at a constant speed. Instantaneous speed: speed at a given time Car Speedometer. Acceleration.

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Describing Motion

Describing Motion. Motion. Sit very still. Do not move. In what ways are you moving? Changing position?. Motion. All motion is relative. Must be a frame of reference. MOTION is a change in position of an object with respect to time. Motion. How far an object moves is DISTANCE

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Ch. 10 Motion

Ch. 10 Motion. I. Measuring Motion. A. Observing Motion 1. Frame of reference is used to observe motion a. Using a stationary object to compare movement 2. Direction is needed to determine motion (N, S, E, W) 3. Distance is needed to determine motion.

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Describing Motion

Describing Motion . Physical Science Section 2.1. Motion. You can tell something moved if it has changed position relative to a stationary object Reference Point- stationary object- helps you know how far something moved Relative motion- motion may not be obvious

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