Find the composite phi and velocity field. Find the velocity vector at (x, y) = (0, 0) and (1, 1) Find the pressure difference between the two points in part (b) (assume gravity is in the -Z direction. Solution 1) calculate deflection of point A , in the Y direction 2) use another method to solve this problem, one method MUST be castigliano\'s method Note: the material is aluminum.. P is in Newtons(N) and L\'s,D\'s,and T\'s are in millimeters (mm) please show all work in detail on how to get part 1&2 thanks.

1. Find the composite phi and velocity field. Find the velocity vector at (x, y) = (0, 0) and (1, 1)
Find the pressure difference between the two points in part (b) (assume gravity is in the -Z
direction.
Solution
1) calculate deflection of point A , in the Y direction
2) use another method to solve this problem, one method MUST be castigliano's method
Note: the material is aluminum.. P is in Newtons(N) and L's,D's,and T's are in millimeters
(mm)
please show all work in detail on how to get part 1&2 thanks