Formulate this problem as an LP (do not solve, just formulate please)
There are currently 3 machines in a factory: P1, P2, and P3. Assume that this rectilinearshaped factory is located on the first quadrant of the coordinate system and onecorner is at the origin (point (0,0)). The coordinates of the existing machines are asfollows:P1=(10,15), P2=(20,25) ve P3=(40,5)To meet the increasing demand and respond to changing customer demands, thecompany decided to grow and acquired two new machines: N1 and N2. When thesetwo machines are put into operation, they will exchange materials with each other andwith the other three machines. 400 units of material will be transported between the2two new machines in a week. Similarly, 400 units will be transported between N1 andP1, 0 between N1 and P2, and 500 units between N1 and P3. The transportationbetween N2 and P1, P2, and P3 are 200, 100, and 0, respectively.Materials are transported with an overhead crane. This crane can move linearly in xand y coordinates and can move simultaneously in both directions. It moves at a speedof 0.8 m/sec on the x-axis, its movement on the y-axis occurs at a speed of 1 m/sec.While the crane moves from one point to another, it starts to move in both x and ydirections at the same time. As soon as one of the coordinates reaches to thecoordinate of the destination point, the movement in that direction is terminated. Butits motion in the other direction continues until it reaches the coordinate point on thataxis also.You can check the provided links below to see how overhead cranes work. Cranemovement consumes both time and energy. Therefore, minimizing the totalmovement time is the main goal.The problem is to determine the coordinates of the new machines that will minimizethe total movement time.Vinçleri çalışırken görmek için:http://www.youtube.com/watch?v=GZZrelz-iZkhttps://www.youtube.com/watch?v=P_1MuAhO6kY&ab_channel=AhmedAwad
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