Data Table: Dot Number Travel Timet (sec) Length of Section Around Each Dot s Average Speed Over Each Section cm/s Average Acceleration a cm/s (cm) 1. 0.0835 4 cm 59.8 cmls 2. 10.167 O cm 149.7am/s 3. 10.2505 15.3 cm 229.0 cm/s 0.324 19.5 cm 291.9 cm/s 7. Draw a speed-time graph of the data. Plot the time on the x-axis. Since the average velocity is taken over a short period of time, it approximates the final Stope: (instantaneous) velocity. Plot the "final velocity" on the y-axis. Draw the best-fit line. Rise=Run 8. From the slope of the best-fit line, determine the average acceleration. (To Fnd Record this information in the last column and the last line of the Data Table.

Data Table: Dot Number Travel Timet (sec) Length of Section Around Each Dot s Average Speed Over Each Section cm/s Average Acceleration a cm/s (cm) 1. 0.0835 4 cm 59.8 cmls 2. 10.167 O cm 149.7am/s 3. 10.2505 15.3 cm 229.0 cm/s 0.324 19.5 cm 291.9 cm/s 7. Draw a speed-time graph of the data. Plot the time on the x-axis. Since the average velocity is taken over a short period of time, it approximates the final Stope: (instantaneous) velocity. Plot the "final velocity" on the y-axis. Draw the best-fit line. Rise=Run 8. From the slope of the best-fit line, determine the average acceleration. (To Fnd Record this information in the last column and the last line of the Data Table.

Horizons: Exploring the Universe (MindTap Course List)

14th Edition

ISBN:9781305960961

Author:Michael A. Seeds, Dana Backman

Publisher:Michael A. Seeds, Dana Backman

Chapter11: Neutron Stars And Black Holes

Section: Chapter Questions

Problem 18RQ

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