PPT-GRAPHING OF MOTION ANSWER KEY

6 TH GRADE Copyright 2014 all rights reserved wwwcpalmsorg 1 Sandra and Joey are bicycling across town along a flat road A portion of their trip is graphed below       a . Chapter 2 Section 2 Review. A. . An object at rest remains at rest, and an object in motion remains in motion at constant speed and in a straight line unless acted on by an unbalanced force.. B. . Every action has an equal and opposite reaction. . Page 1 of 2 Graphing the Equation of a Translated Circle\r
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\r Consider a car moving with a . constant, rightward (+) velocity. of +10 m/s.. The resulting position-time graph would look like this.. *When a motion has a constant, positive velocity, the line will be straight and have a positive slope*. University of Michigan – Dearborn Science Learning Center. Based on a presentation by James . Golen. Revised by Annette . Sieg. …. Introduction. Before using this module you must already understand the basics of graphing (e.g., identifying dependent and independent variables, plotting data points). . Uniform motion . – objects travel equal displacements in equal amounts of time.. Ex. Think of Ice skating, when you push off the boards, you would glide across the ice and then eventually stop because of the friction between the ice and your skate blades. But if it was . default. preanswer motions. timing. waiver of defenses. SMJ – can bring up at any time. failure to state claim, failure to join necessary party:. if . you bring up in a pre-answer motion under R 12, . Uniform Motion and Uniform Accelerated Motion. Read pages 27-36. Average and Instantaneous Velocity. Average Velocity .  rate of change in position. . - Found by considering total displacement (change in position) in a time interval). You can see it on a. . . position time . graph OR. a . velocity time . graph. POSITION v TIME. Velocity is seen by the . slope. Graphing motion. position-time. Section 1 on graph represents biker going forward. . Slope = rise ÷ run. Speed = distance ÷ time. Therefore: . Distance = rise. Time = run. The slope of a distance-time graph is speed. Y2 – Y1. ------------. X2 – X1. Speedy Gonzales!. 160. 140. September 20, 2016. What do we already know about graphing motion?. We know how to draw and interpret position vs time (P-T) graphs. Straight lines = . . Positive slope Negative slope: Zero slope: . . Motion. Speed & Velocity. Acceleration. Newton’s First Law. Newton’s First Law of Motion. An object at rest will remain at rest and an object in motion will continue moving at a constant velocity unless acted upon by a net force.. September 9-10, 2014. What do we already know about graphing motion?. We know how to draw and interpret position vs time (P-T) graphs. Straight lines = . . Positive slope Negative slope: Zero slope: . Day 1. Warm – Up:. Choose a new seat with . different neighbors.. Get with a partner and discuss: What is motion? How do you know if something is moving?. Write your answers down and be ready for a class discussion.. Scientist interpret tables, graphs, and diagrams to locate data, examine relationships in the data, and extend those relationships beyond the data.. Reading graphs can be like reading a foreign language though. It come easy to some and very difficult to others..