I am very new to MATLAB but I have to deliver an assignment. How do I solve matrix dimension issue in line 10 and 11.
Given the following matrix dimensions
L=39360*39360
y=39360*1
q=1*39360
E= 2.8709
X=39360*39360
T=39360*39360
code
1. dq=L*y;
2. dtr=dq.*q’/E;
3. ql = q * L;
4. ldf = L * y;
5. dt = zeros(39360, 39360);
6. dtr = zeros(39360, 39360);
7. for a = 1:39360
8. for b = 1:39360
9. if X(b, 🙂 ~= 0
10. dt(a,b) = ql(:,a)*ldf(b,:) /X(b,:);
11. dtr(a,b) = (ql(:,a)*ldf(b,:)* T))/(X(b,:)*E);
else
dt(a, b) = 0;
dtr(a, b) = 0;
end
end
endGiven the following matrix dimensions
L=39360*39360
y=39360*1
q=1*39360
E= 2.8709
X=39360*39360
T=39360*39360
code
1. dq=L*y;
2. dtr=dq.*q’/E;
3. ql = q * L;
4. ldf = L * y;
5. dt = zeros(39360, 39360);
6. dtr = zeros(39360, 39360);
7. for a = 1:39360
8. for b = 1:39360
9. if X(b, 🙂 ~= 0
10. dt(a,b) = ql(:,a)*ldf(b,:) /X(b,:);
11. dtr(a,b) = (ql(:,a)*ldf(b,:)* T))/(X(b,:)*E);
else
dt(a, b) = 0;
dtr(a, b) = 0;
end
end
end Given the following matrix dimensions
L=39360*39360
y=39360*1
q=1*39360
E= 2.8709
X=39360*39360
T=39360*39360
code
1. dq=L*y;
2. dtr=dq.*q’/E;
3. ql = q * L;
4. ldf = L * y;
5. dt = zeros(39360, 39360);
6. dtr = zeros(39360, 39360);
7. for a = 1:39360
8. for b = 1:39360
9. if X(b, 🙂 ~= 0
10. dt(a,b) = ql(:,a)*ldf(b,:) /X(b,:);
11. dtr(a,b) = (ql(:,a)*ldf(b,:)* T))/(X(b,:)*E);
else
dt(a, b) = 0;
dtr(a, b) = 0;
end
end
end sensitivity analysis MATLAB Answers — New Questions
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