Q3. (40%) FEM results of compression surface area and overflow distance of compressed gasket solved with different locations of nodes are given in the Table. Obtain regression models for Y1 and Y2 satisfying RP>0.90 and just calculate Rtesting values based on the lines (n + 1,1 +7, n + 10, n + 12, n + 15, n +18,n + 19,n+ 4}. Where n is 9 Run x 1 x2 X 3 Y1 Y2 16 4 n 11 1.61 0.13 1 6 11 5 2.11 0.13 17 5 18 11 1.51 0.06 2 2. n+1 n+2 18 2.22 0.23 18 2 11 n+1 3.32 0.08 3 5 11 18 1.51 0.06 19 8 18 11 1.61 0.05 4 5 11 5 1.91 0.12 20 6 5 18 2.42 0.20 5 n+1 n 18 3.33 0.17 21 2 5 5 3.33 0.20 6 11 5 2.32 0.13 22 8 n+1 5 2.53 0.24 N 00 7 18 11 3.22 0.02 23 4 11 18 1.41 0.04 00 4 18 18 1.51 0.20 24 5 5 n 1.81 0.13 9 2 11 11 3.22 0.04 25 6 18 5 2.42 0.22 10 n 11 18 1.71 0.04 26 n+1 5 11 2.11 0.13 11 4 18 1.91 0.20 27 n 6 18 18 1.71 0.20 12 8 18 18 1.81 0.19 28 n n 18 18 3.43 0.11 13 8 n+1 11 2.32 0.12 29 4 5 5 2.03 0.23 14 5 18 5 2.22 0.23 15 6 11 11 1.61 0.08 Q3. (40%) FEM results of compression surface area and overflow distance of compressed gasket solved with different locations of nodes are given in the Table. Obtain regression models for Y1 and Y2 satisfying RP>0.90 and just calculate Rtesting values based on the lines (n + 1,1 +7, n + 10, n + 12, n + 15, n +18,n + 19,n+ 4}. Where n is 9 Run x 1 x2 X 3 Y1 Y2 16 4 n 11 1.61 0.13 1 6 11 5 2.11 0.13 17 5 18 11 1.51 0.06 2 2. n+1 n+2 18 2.22 0.23 18 2 11 n+1 3.32 0.08 3 5 11 18 1.51 0.06 19 8 18 11 1.61 0.05 4 5 11 5 1.91 0.12 20 6 5 18 2.42 0.20 5 n+1 n 18 3.33 0.17 21 2 5 5 3.33 0.20 6 11 5 2.32 0.13 22 8 n+1 5 2.53 0.24 N 00 7 18 11 3.22 0.02 23 4 11 18 1.41 0.04 00 4 18 18 1.51 0.20 24 5 5 n 1.81 0.13 9 2 11 11 3.22 0.04 25 6 18 5 2.42 0.22 10 n 11 18 1.71 0.04 26 n+1 5 11 2.11 0.13 11 4 18 1.91 0.20 27 n 6 18 18 1.71 0.20 12 8 18 18 1.81 0.19 28 n n 18 18 3.43 0.11 13 8 n+1 11 2.32 0.12 29 4 5 5 2.03 0.23 14 5 18 5 2.22 0.23 15 6 11 11 1.61 0.08