someone solve this for me in matlab and i will be so thankful!

Homework 3 Submission deadline is on Sunday, April 29, 2018 A weight W is supported by two cables anchored a distance D apart. BC 8 The cable length LAB is given, but the length Lac is to be selected. Each cable can supporta maximum tension force equal to W. For the weight to remain stationary, the total horizontal force and total vertical force must each be zero. This principle gives the equations: we can solve these equations for the tension forces TAB and TBC if we know the angles ? and From the law of cosines 2 BC 2DLAB From the law of sines ? sin-i AB sin ? LBc For the given values D 6 ft, LAB 3 ft, and W 2000 lb, use a loop in MATLAB to find LBcmin, the shortest length Lsc we can use without TAB or TBc exceeding 2000 lb. Note that the largest LBC can be 6.7 ft (which corresponds to ? = 90). Plot the tension forces TAB and Tec on the same graph versus LBc for LBCmin S LBc S 6.7