% Creating variables
aSca = 2.5 * 1023;
bSca = 4 + 2i;
cVect = (6:-0.6:-5)’;
dMat = diag(2*ones(4,1));
eMat = randi([-2 2],4,3);
% Common functions and indexing
fSum = sum(eMat);
dMat(:,3) = 1;
gSub = eMat(1:3,1:2);
dMat(:,end) = [];
shaimaa_Al_Otaibi_Computer_Engineering = [dMat eMat];
shaimaa_Al_Otaibi_Computer_Engineering = round(shaimaa_Al_Otaibi_Computer_Engineering);
fMat = 5:10;
% Control statements
% a)
xVec = 0:0.1:2;
% b)
sum_n = 0;
n = 0;
while sum_n <= 500
n = n + 1;
sum_n = sum_n + n;
end
% c)
if aSca > bSca
disp(‘aSca is greater than bSca.’)
else
disp(‘bSca is greater than aSca.’)
end
% d)
x = 3;
switch x
case 1
disp(‘x is 1.’)
case 2
disp(‘x is 2.’)
case {3,4}
disp(‘x is 3 or 4.’)
otherwise
disp(‘x is not 1, 2, 3, or 4.’)
end% Creating variables
aSca = 2.5 * 1023;
bSca = 4 + 2i;
cVect = (6:-0.6:-5)’;
dMat = diag(2*ones(4,1));
eMat = randi([-2 2],4,3);
% Common functions and indexing
fSum = sum(eMat);
dMat(:,3) = 1;
gSub = eMat(1:3,1:2);
dMat(:,end) = [];
shaimaa_Al_Otaibi_Computer_Engineering = [dMat eMat];
shaimaa_Al_Otaibi_Computer_Engineering = round(shaimaa_Al_Otaibi_Computer_Engineering);
fMat = 5:10;
% Control statements
% a)
xVec = 0:0.1:2;
% b)
sum_n = 0;
n = 0;
while sum_n <= 500
n = n + 1;
sum_n = sum_n + n;
end
% c)
if aSca > bSca
disp(‘aSca is greater than bSca.’)
else
disp(‘bSca is greater than aSca.’)
end
% d)
x = 3;
switch x
case 1
disp(‘x is 1.’)
case 2
disp(‘x is 2.’)
case {3,4}
disp(‘x is 3 or 4.’)
otherwise
disp(‘x is not 1, 2, 3, or 4.’)
end % Creating variables
aSca = 2.5 * 1023;
bSca = 4 + 2i;
cVect = (6:-0.6:-5)’;
dMat = diag(2*ones(4,1));
eMat = randi([-2 2],4,3);
% Common functions and indexing
fSum = sum(eMat);
dMat(:,3) = 1;
gSub = eMat(1:3,1:2);
dMat(:,end) = [];
shaimaa_Al_Otaibi_Computer_Engineering = [dMat eMat];
shaimaa_Al_Otaibi_Computer_Engineering = round(shaimaa_Al_Otaibi_Computer_Engineering);
fMat = 5:10;
% Control statements
% a)
xVec = 0:0.1:2;
% b)
sum_n = 0;
n = 0;
while sum_n <= 500
n = n + 1;
sum_n = sum_n + n;
end
% c)
if aSca > bSca
disp(‘aSca is greater than bSca.’)
else
disp(‘bSca is greater than aSca.’)
end
% d)
x = 3;
switch x
case 1
disp(‘x is 1.’)
case 2
disp(‘x is 2.’)
case {3,4}
disp(‘x is 3 or 4.’)
otherwise
disp(‘x is not 1, 2, 3, or 4.’)
end matrix MATLAB Answers — New Questions

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