1. The script below is showing a vectorized code, (a) Make an m-file using a FOR

Question

1. The script below is showing a vectorized code,

(a) Make an m-file using a FOR loop to get the same output seen in the vectorized code.

deg = 0:10:360;

rad = deg * pi/180;

t = [deg;rad]

disp('Degrees to Radians')

disp('Degrees Radians')

fprintf('%8.0f %8.2f ',t)

Hint:

for k=

deg(k)=

rad(k)=

End

(b) Make an m-file using a WHILE loop to get the same output seen in the vectorized code.

------------------------------------------

2. Modify below codes (a) and (b) by using an WHILE loop to get the same outputs as seen (a) and (b)

(a)

x = [ 1, 23, 43, 72, 87, 56, 98, 33];

total = 0;

for k=1:length(x)

total = total + x(k);

end

total

(b)

for n=1:5

squares(n)=n^2;

end

squares

Explanation / Answer

1. The script below is showing a vectorized code,
(a) Make an m-file using a FOR loop to get the same output seen in the vectorized code.

for k=1:37
deg(k)=10*(k-1);
rad(k)=deg(k)*pi/180;
end
t = [deg;rad]
disp('Degrees to Radians')
disp('Degrees Radians')
fprintf('%8.0f %8.2f ',t)

(b) Make an m-file using a WHILE loop to get the same output seen in the vectorized code.
------------------------------------------
k=1;
while k<=37
deg(k)=10*(k-1);
rad(k)=deg(k)*pi/180;
k = k+1;
end
t = [deg;rad]
disp('Degrees to Radians')
disp('Degrees Radians')
fprintf('%8.0f %8.2f ',t)

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