Question

QUESTION 1 tet M-11 2 3 -1 4 8 121 and N-12 4 3 049 131 Use relational operators to create the following vectors: a is the vector consisting of all negative components of M b is the vector consisting of all components of N that are (larger than 3 and smalier than 10) or larger than 11 cis the vector consisting of 3's where the components of M and N are equal, and O's otherwise.

The code should be in MATLAB. A detailed explanation would help alot.

Answer 1

Your Code 1 M-[1 2 3 -1 4 -8 12]; N=[2 4 3 0 4 9 13]; 4 index 1; 5 for i-1:numel (M) if M(i)く0 % İf number is-ve a(index) -M(1); % putting it in a index 1; 7 10 end 11 a 12 13 index 1; 14 for i=1:numel (N) if N(i) > 11 11 (N(1) > 3 && N(1) < 10) % two conditions are here 16 17 18 19 end 20 b 21 22 for i-1:numel (N) b(index) N(i); % İf so, the number is in b index += 1; if N(i)-M(1) % when both the numbers are equal 24 c(1) 3; % setting value to 3 else 26 27 28 end 29 c c(i) 0; % othewise to 0 29 en end i

CODE

M = [1 2 3 -1 4 -8 12];
N = [2 4 3 0 4 9 13];

index = 1;
for i = 1:numel(M)
if M(i) < 0 % if number is -ve
a(index) = M(i); % putting it in a
index += 1;
end
end
a

index = 1;
for i = 1:numel(N)
if N(i) > 11 || (N(i) > 3 && N(i) < 10) % two conditions are here
b(index) = N(i); % if so, the number is in b
index += 1;
end
end
b

for i = 1:numel(N)
if N(i) == M(i) % when both the numbers are equal
c(i) = 3; % setting value to 3
else
c(i) = 0; % othewise to 0
end
end
c

OUTPUT

a =

-1 -8

b =

4 4 9 13

c =

0 0 3 0 3 0 0

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