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The picture of the two equation.
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Sir,
Just now I took the picture of those two equations. And while I’m using the code, still, I didn’t get the answer. It shows like this.
ans =
1.1646e+04 I can't paste the picture. So, i have typed everything.
r = (((Gamma*(M-(A*Q)))+((1-Gamma)*G))*b))/((Gamma*M)+((1-Gamma)*(G+A*Q)));
Solving the following equation for Q.
((A^3)*((1-Gamma)^2)*(Q^(4 – beta)))+(2*(A^2)*((1-Gamma)*((Gamma*M)+(1-Gamma)*G)*(Q^(3 – beta)))- ((A^2)*B*((1-Gamma)^2)*(Q^2))+(A*((Gamma*M)+(1-Gamma)*G)*(Q^(2 – beta))))-(2*A*B*(1-Gamma)*((Gamma*M)+(1-Gamma)*G-(A*b))*Q)-(B*(((Gamma*M)+(1-Gamma)*G-(A*b))^2)) = 0
Where A=(1+Lamda)*Ch, B = 2*(1-beta)*C0*D, M = Cb*D, G=Cl*D
6 Kommentare
Rik
am 30 Jun. 2020
Your code doesn't run, it also doesn't contain any symbolic variables. Why don't you first write your 5 equations as symbolic equations? Then you should be able to put that system of equations into solve. (note that my experience with the symbolic toolbox is fairly limited)
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