Assignment #10 �Tracking Speed of Bowling Ball @ Eiffel Tower� � post 4/1, due 4/10�Late: 4/11 12:01 am – 4/12 11:59 pm�Game over: after 4/12 11:59 pm: 0 point
First Name Last Name
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Instruction:
To edit, you don't need to "request access", do: File/Download/Microsoft PowerPoint(.pptx), save to your local drive; then you can edit your local file.
File name: Save this file as: 105-assign-10-YourFirstName-LastName
Email report directly to ui.luu@gccaz.edu, (Note: submit this assignment using your "maricopa.edu" email to get direct response for any feedback) (Your personal email address may get filtered into my SPAM folder)
Scores:
(1 point) Correct file name (with YOUR name) for PowerPoint (other files will have 0 points: pdf,etc)
(1 point) Name on this page
(8 points) technical (contents of this PowerPoint)
(2 points) submit report on time
Given:
Eiffel Tower: height = 300 m
acceleration due to gravity: g= 9.806 m/(s^2)
At the top of Eiffel Tower, we release a bowling ball.
(1) Find time it takes to hit the ground: tHit = ?
(2) Calculate the speed of Bowling Ball in (m/s) and (mph) with the following time interval 0.1*tHit.
range (0 : 0.1*tHit : tHit)
Have MATLAB draw 2 graphs:
(3) Top graph: Speed of Bowling Ball in (m/s) with time range (0 : 0.1*tHit : tHit)
(4) Bottom graph: Speed of Bowling Ball in (mph)
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Review Physics:
h = 0.5 * g * (tHit ^2)
tHit = sqrt(2 * h / g)
Speed: v= g*t (m/s)
v_mph = v * 2.23694 (mph) (Note: 1 m/s = 2.23694 (mph)
Eiffel Tower / Tracking Speed of a Falling Bowling Ball
Assignment Points
Review required tasks described in the previous slide:
(2 points) Write MATLAB script to do required tasks from the previous page, capture screenshot of your script
(2 points) Run the script, capture results at the Command Window, include:
* Date & Your First & Last Name (1 point)
* height, g & tHit
Capture Screenshot of 2 graphs:
(2 points) Top graph: Speed of Bowling Ball in (m/s) (include Your Name in the Title of the graph: 1 point)
(2 points) Bottom graph: Speed of Bowling Ball in (mph)