A researcher claims that average V02 max level of cyclists can be determined by how many hours they train a week and approximated by the following function VO2max (0.1 * sin(.07t) * t1.8) + 35 Where t is in hours and v02max is in (mL/kg/min); A. Create a function that computes the outputs V02max provided t is known. B. Create a separate m-file which produces at vector from 0 to 40 hours with increments of half an hour. Plot V02 max against t as a blue dashed line, remembering to label your plot. Turn the grid on. C. On the same plot you should mark with black circles the training hours for Chris (t=5 hours), Andrew (t=12 hours), Tzekih (t=17 hours), Egan Bernal (t=32) and Lance Armstrong (t=38). Optional: use text() to label each point with the athletes name.
A researcher claims that average V02 max level of cyclists can be determined by how many hours they train a week and approximated by the following function VO2max (0.1 * sin(.07t) * t1.8) + 35 Where t is in hours and v02max is in (mL/kg/min); A. Create a function that computes the outputs V02max provided t is known. B. Create a separate m-file which produces at vector from 0 to 40 hours with increments of half an hour. Plot V02 max against t as a blue dashed line, remembering to label your plot. Turn the grid on. C. On the same plot you should mark with black circles the training hours for Chris (t=5 hours), Andrew (t=12 hours), Tzekih (t=17 hours), Egan Bernal (t=32) and Lance Armstrong (t=38). Optional: use text() to label each point with the athletes name.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:A researcher claims that average V02 max level of cyclists can be determined by how many hours they train a week and
approximated by the following function
VO2max =
(0.1 * sin(.07t) * t1.8) + 35
Where t is in hours and v02max is in (mL/kg/min)B
A. Create a function that computes the outputs V02max provided t is known.
B. Create a separate m-file which produces a t vector from 0 to 40 hours with increments of half an hour. Plot V02
max against t as a blue dashed line, remembering to label your plot. Turn the grid on.
C. On the same plot you should mark with black circles the training hours for Chris (t=5 hours), Andrew (t=12 hours),
Tzekih (t=17 hours), Egan Bernal (t=32) and Lance Armstrong (t=38).
Optional: use text() to label each point with the athletes name.
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