Statics Lab (1)

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University of Washington *

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210

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Physics

Date

Jan 9, 2024

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pdf

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3

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10/6/22, 4:50 PM OneNote https://uwnetid-my.sharepoint.com/personal/arajan77_uw_edu/_layouts/15/Doc.aspx?sourcedoc={ff743b59-62bf-4eee-a5f3-22fdd711d23c}&action=edit&wd=target… 1/3 AA 210 – Lab 1 Thursday, October 6, 2022 11:06 AM 1. Find the velocity function Given: position function: Process: We took the derivative of the position vs. Time function to determine the velocity function for some arbitrary time t . 2. Find the velocity at the time of 0.5 jours (imaginary time unit). Using the known velocity equation from part one, , we can plug in 0.5 for t, and we get , and once we simplify and calculate we get : 4.12 pd/j. 3. Find the velocity of the particle at any time, and make a new table of data with the additional column for velocity. We know that the derivative of the position function gives us the velocity function; using the Chain Rule, we differentiated the function in terms of t. Ava Knoll, Kiaan Akbarpour, Thomas Le, Sarah Fink, Akila Rajan
10/6/22, 4:50 PM OneNote https://uwnetid-my.sharepoint.com/personal/arajan77_uw_edu/_layouts/15/Doc.aspx?sourcedoc={ff743b59-62bf-4eee-a5f3-22fdd711d23c}&action=edit&wd=target… 2/3 The velocity was found using the same equation and method from question 2. 4. Plot the velocity vs. time graph along with the position vs. time graph Position vs. Time and Velocity vs. Time were both plotted in Excel, with the line of best fit applied to each curve. Time (jours) Position (pieds) V (pd/j) 0.0 1.00 2.0 0.1 1.22 2.321 0.2 1.47 2.687 0.3 1.75 3.104 0.4 2.09 3.580 0.5 2.47 4.122 0.6 2.92 4.738 0.7 3.42 5.437 0.8 4.01 6.232 0.9 4.67 7.133 1.0 5.44 8.155
10/6/22, 4:50 PM OneNote https://uwnetid-my.sharepoint.com/personal/arajan77_uw_edu/_layouts/15/Doc.aspx?sourcedoc={ff743b59-62bf-4eee-a5f3-22fdd711d23c}&action=edit&wd=target… 3/3
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