how to write the code for the following condition

I want to find the value of theta0 and theta1,which when substituted in the equation i have to get beta=0.5

the eqn is 2*(sin(theta0)+sin(theta1))=1;

i have initial value for

   theta0 = (1-beta)/2;
   theta1 = (1-beta)/2;

i have to iterate the values of theta0 and theta1 to get beta as from the above eqn.

Answer 1

[Roger Stafford]

If I understand you correctly, you have only one equation to satisfy and two variables that can be adjusted. If so, that means there will be an infinite continuum of possible solutions in general. You need to have another equation which the thetas also satisfy to be able to obtain a unique solution.

[Prashanth Chandrasekar]

%% Case1: beta=0.5

%Input

syms beta theta0 theta1

M=1; %Varying parameter

theta0 = M*(1-beta)/2;

theta1 = M*(1-beta)/2; %Initial Slope at ends of SSB

while beta >= 0.5 do

   solve((2*(sin(theta0)+sin(theta1)/M)),beta);   
   % beta will be  solved,if it is not equal to 0.5,
   % then it has to do iteration by changing the theta1 and theta0
   theta0_new = theta0+0.001;
   theta1_new = theta1+0.001;
end
disp(theta0_new)
disp(theta1_new)

[Prashanth Chandrasekar]

can you correct ths.i hope you understand

[Prashanth Chandrasekar]

U r rite, i have another eqn too which is as follows

2*(cos(theta1)-cos(theta0))/M =0;