Matlab Project

Anonymous
account_balance_wallet \$40

Question description

Hello, please refer to the attached photo for details about this project. It is a matlab project for a Kinematics class. Thank you!

img_4537.jpg

Ace_Tutor
School: Boston College

For the rise section:   80o , H  1.25''
3
2
  
    
srise  H   10  15    6   
   
      
2
2
    
  
vrise  30 H   1  2      
    
      
2
2
     
    
arise  60 H     1  3    2   
      
      
3
2
  
    
jrise  60 H   1  6    6   
   
      

For the fall section:   80o ,  

360o
 72o
5

s fall  H  srise
v fall  vrise
a fall  arise
j fall   jrise
The MATLAB code is shown below:
% dwell_1 and dwell_2 are the intervals for dwell
% theta_1 and theta_2 are the angles to calculated s,v,a,j
function [s v a j] = cam345(H,w,b,...

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Review

Anonymous
Excellent job

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