Chapter 1 Problem 37. The velocity v and the falling distance d as a function of time of a skydiver that experience the air resistance can be approximated by: mg tanh V m and d(t) = " v(1) = where k = 0.24 g is a constant, m is the skydiver mass, g = 9.81" is the acceleration due to gravity, and t is the time in seconds since the skydiver starts falling. Write MATLAB code to det velocity v and the falling distance d at i = 8s for a 95kg skydiver.
Chapter 1 Problem 37. The velocity v and the falling distance d as a function of time of a skydiver that experience the air resistance can be approximated by: mg tanh V m and d(t) = " v(1) = where k = 0.24 g is a constant, m is the skydiver mass, g = 9.81" is the acceleration due to gravity, and t is the time in seconds since the skydiver starts falling. Write MATLAB code to det velocity v and the falling distance d at i = 8s for a 95kg skydiver.
Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Transcribed Image Text:Chapter 1 Problem 37.
The velocity v and the falling distance d as a function of time of a skydiver that experience the air resistance can be approximated by:
v(t) =
mo
kg
and d(t) = " In
tanh
V m
where k = 0.24 Kg is a constant, m is the skydiver mass, g = 9.81
is the acceleration due to gravity, and t is the time in seconds since the skydiver starts falling. Write MATLAB code to determine the
m
velocity v and the falling distance d at t = 8s for a 95kg skydiver.
Script e
C Reset
I MATLAB Documentat
1 % Define variable(s) here.
2 k=0.24
3 m=95
4 g=9.81
5 t=8
6
v=((sqrt ((m*g)/k))*tanh)*( (sqrt((k*g)/m))*t)
9 d=(m/k)*(log(cosh(sqrt((k*g)/m)*t))))
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