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[DOC File]PHYSICS 100 LAB 2: CHANGING MOTION
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Find the average acceleration of the cart from your acceleration graph. Click on Page 1 icon near the top left corner and select Page 2. Record a number of values (say ten) of acceleration (from your OWN data set), which are equally spaced. (Only use values from the portion of the graph after the cart was released and before the cart was stopped.)
finding position from velocity

[DOC File]POSITION, VELOCITY, AND ACCELERATION
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The position, velocity, and acceleration of the object are calculated several hundred times each second, and this information may be displayed in tabular or graphic form. The following equations govern one-dimensional motion (motion along a line): x = x0 + v0t (if a = 0) (1)
acceleration vs time graph examples

[DOC File]Linear Acceleration
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3. For the v vs t graph shown below, (a) find the acceleration from t = 1 sec to t = 4 sec (2/3 m/s2) (b) find the acceleration from t = 5 sec to t = 7 sec (-4 m/s2) Graphical Analysis of Acceleration : Position vs Time Graphs. For each graph, describe the nature of the velocities and accelerations seen. Reference : Visually Identifying ...
position velocity and acceleration graphs

[DOC File]Physics 100 LAB 1: INTRODUCTION TO MOTION
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1. Set up to graph Position and Velocity. Open the experiment L1 #5 (Velocity from Position) to set up the top graph to display Position from 0 to 4 m for a time of 5 sec, and the bottom graph to display Velocity from -2 to 2 m/sec for 5 sec. Clear any previous graphs. Prediction 3-1: Predict a velocity graph from a position graph.
acceleration vs velocity graph

[DOC File]Motion With Constant Acceleration
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Find the acceleration from both the acceleration and velocity graphs and compare the two results. (Bonus question: how can you find the acceleration from the position graph?) Question 5: From the force graph, determine the average force applied to the cart while it is in motion.
position velocity acceleration formulas

[DOC File]Motion With Constant Acceleration
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Bonus Question: Determine the cart’s acceleration by fitting an appropriate function to the position graph. (Hint: you may find the Curve Fit button, , to be useful.) How does your value of acceleration determined from the position graph compare to the value of the acceleration determined from the velocity graph? Doubling the Mass
how to find position from velocity graph

[DOC File]Rectilinear motion Lab - Hendrix College
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Select ‘linear’ for your line fit, then click on the ‘options’ tab and select ‘display equation on chart’. Once the equation appears on the graph, be sure to move it to a position where it can be easily read. From your value for the acceleration of the cart, you can calculate the acceleration of gravity, g.
acceleration from position time graph

How to find acceleration from position graph