A rope of mass M and length L hangs between two fixed points, A and B, at the same level, and makes an angle theta with horizontal. Find THE EQUATION OF THE SHAPE OF THE ROPE and TENSION AT THE MID POINT OF ROPE

m …....(ii)Solve these equations and calculate the tennsion at the mid-point ….W/2 cotøTm and tensions at the hinged point would have two components, horizontal and vertical upward..So total force acted vertically upward are, T’ sin ø + T’ sin ø = W …....(i)Similarly, forced acted horizontally are T’ cos ø = Tou must know about the question that, as weight is given of the chain, it means tension will vary from hinged point to the mid point.Now, consider the tension at mid-point which is directed tangentially would be 

Mr Arun

First of all thank you for your special guidance

I got the tension at the midpoint but please do tell me how to find the equation of the shape of that rope as it is not clearly explained please send the solution as soon as possible