Overview
Forces In Equilibrium Lab
Get the data!!! (Links to an external site.)
Video: ForcesAndEquilibrium (Links to an external site.) Make sure to use 1 N = 2 cm (I goofed in the video).
There are full-page graphs that require a ruler and protractor to draw. You can download and print pieces of graph paper from https://incompetech.com/graphpaper/plain/ (Links to an external site.) make sure to choose lines per cm (and record that value for submission later at explosion).
This lab has a component table, and 2 graphs that are hand drawn using a ruler and protractor - make sure to include them in the report. For details see the video and lab manual
Actions
(Forces and Equilibrium lab)
Nathan had an issue with the video file - here is the file
Help me fill out the blank space for the Forces In Equilibrium Lab and write me a lab report pls.
Velocity And Acceleration
The submission of the data and calculations will be thru stemplosion, and your write-up will be submitted here. Write your lab using a word processor, and save it (export it) as a PDF file and submit it here.
The •lab manual
Actions• (also on the canvas lab page).
Video for the lab (Links to an external site.)forgive the background noise - had a guy working in the house. "Month" reference is related to summer session - you have 14 weeks left!
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Velocity and Acceleration:
Get your data!!! (Links to an external site.)
This time, I give you the data - randomly generated using your ID number. Your results will be slightly different than everyone else in the class. DO NOT USE THE DATA OF ANOTHER STUDENT. This will result in a score of 0%.
More info (nothing will do this for you automatically - it is not a regression line):
For each of the 3 graphs - Make 16 points - 4 for each pair of (sin, a). Then you’ll have 4 boxes. Plot those 16 points. Then draw in your steepest and least steep lines.
You get the 4 points adding and subtracting errors
Let’s say your first point is (x±a,y±b), the 4 points would be
(X-a, Y-b)
(X-a, Y+b)
(x+a, Y-b)
(x+a, y+b)
graph those, and do that for each of the 4 points of (sin, a).
And a sample I just cooked up on excel: