BY:JOVANY CRUZ
FIRST LAB GRAPHICAL ANALYSIS
In this lab the purpose was to gain experience in drawing graphs and in using graphing software. In part 1 we learned how to use the Graphical Analysis software. We learned how to open and use funcion plot graph and how to make a function and graph it . We learned how to add a title to the function and labelthe x & y axis and how to add units. This is a example of are funcion and the graph that goes with it.
FIRST LAB GRAPHICAL ANALYSIS
In this lab the purpose was to gain experience in drawing graphs and in using graphing software. In part 1 we learned how to use the Graphical Analysis software. We learned how to open and use funcion plot graph and how to make a function and graph it . We learned how to add a title to the function and labelthe x & y axis and how to add units. This is a example of are funcion and the graph that goes with it.
For the part 2
we connected the lab pro to the computer and motion detector to DIG/SONIC2 port to the lab pro. And we opend the mechanics folder and open the graphlab file. And then we practice recording position vs. time graph. After a few trial of dropping the the ball to record the motion we got a nice curve. We then selected the appropriate datar range and performed a fit to the data. It had the general quadratic form of At^2+Bt+C where A=-4.469,B=4.980,C=1.210. Yes in part the acceleration is due to gravity. What is n in the equation
UNIT ANALYSIS: dαg(t)n
S2m=m/S2(S)nxS2
S2=Sn
N=2
DIMENSIONAL ANALYSIS:
dαg(t)n
[l ]α[l/t^(2)] [t^n]
So n=2 in the equatuion . we finally used dimensional anaysis and unit analysis to verify the equation. Here is a picture of are equation.
Conclusion: we learned how to use the graphical analysis software for the very first time. And selected a function "x2"sin(3^(x)x2") for are graph. We also learned that n=2 in the following equation dαg(t)^(n).
good start -- more comments to follow ...
ReplyDeleteHi Jovany,
ReplyDeleteNice start. You've done a nice job with unit analysis. Please include dimensional analysis. If you have questions, consult the textbook or ask me -- Also, please include some conclusions. When you're done, send me an email so I can assign you a grade.
cool, thanks -- grade == s
ReplyDelete