Consider the following example. The following LP model represents the Transportation Model at Logi Co Minimize z=5X1 + 2x12 + 3x12 + 4x14 +10x21 +11Xx2 + 12x2y + 5x24 + 19x31+ 16X42 + 6x2 + 8x4 + 11x41 +10x2 + 12x4 + 4x4 Subject to: X11+x12 + xy + x4 - 10 X21 + xy + xy + xy - 15 x + xyz + xy + xy4 - 11 X1 + x2 + x4 + x4 - 17 X11+X+X51+X41-15 X12 + x2 + xy + x428 - X1 + xy + xy + x4a10 *4 + x4 + x4 + x4 20 . . . . . . Xij 20 The initial transportation cost is $599 $365 $436 None of the answers. $352 Using the Method of Multipliers, the values of UI, U2, U3, & U4 are respectively * None of the answers. 0,1,2,0,2 O 0,4,-1,15 0,-1,1, 12 0,5,-1,-5 Using the Method of Multipliers, the values of V1, V2, V3, & V4, are respectively* 5,6,7,9 None of the answers. 2, 1, 13, 14 2, 11, 13, 14 2, 1, 10, 11 The ist entering variable is * X14 X41 X24 None of the answers. O X13 The ist closed loop consists of cells O x42, X23, X33, X34 None of the answers. X14, X54, X53, X43 X24, X23, X33, X34 X24, X23, X33, X43 The value of 0. is * 4 2 6 None of the answers. O 5 The transportation cost resulting from the ist iteration is: $330 $202 $334 None of the answers. $563 Is the resulting Transportation Matrix "Optimal"? Yes, since all reduced costs are 0. No, since there are still reduced costs > 0. None of the answers. No, since there are still reduced costs