Q4.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 R>0.90. Where n is 7Runх1х 2x 3Y1Y261152.11 0.132n+1n+2182.220.23311181.510.064111.910.12n+1183.330.176.8112.320.1372.18113.220.02418181.510.209211113.220.041011181.710.04114181.910.2012818181.810.19138.n+1112.320.12145182.220.231511111.610.08164111.61 0.131718111.510.061811n+13.320.08198.18111.610.05206.5.182.420.20213.330.20228.n+12.530.2423411181.410.04241.810.1325182.420.2226n+1112.110.13276.18181.710.202818183.430.11295.2.030.231.

Answer: Let, required regression equations be: y1=β0 + β1 x1+β2 x2+ β3 x3and y2= α0 + α1 x1+α2 x2+…

Q4. 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 R²>0.90. Where n is 7 x3 Y1 Y2 5 2.11 0.13 Run x1 x 2 1 6 11 n+1 n+2 18 2.22 0.23 3. 11 18 1.51 0.06 11 1.91 0.12 n+1 18 3.33 0.17 6. 8. 11 2.32 0.13 2 18 11 3.22 0.02 4 18 18 1.51 0.20 11 11 3.22 0.04 10 11 18 1.71 0.04 11 4 18 1.91 0.20 12 8 18 18 1.81 0.19 13 8. n+1 11 2.32 0.12 14 5 18 2.22 0.23 15 6. 11 11 1.61 0.08 16 11 1.61 0.13 17 18 11 1.51 0.06 18 11 n+1 3.32 0.08 19 8. 18 11 1.61 0.05 20 6. 18 2.42 0.20 21 3.33 0.20 22 8. n+1 2.53 0.24 23 4 11 18 1.41 0.04 24 5 5. in 1.81 0.13 25 6. 18 2.42 0.22 26 n+1 11 2.11 0.13 27 6. 18 18 1.71 0.20 28 18 18 3.43 0.11 29 4 5 2.03 0.23

Q4. 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 R²>0.90. Where n is 7 x3 Y1 Y2 5 2.11 0.13 Run x1 x 2 1 6 11 n+1 n+2 18 2.22 0.23 3. 11 18 1.51 0.06 11 1.91 0.12 n+1 18 3.33 0.17 6. 8. 11 2.32 0.13 2 18 11 3.22 0.02 4 18 18 1.51 0.20 11 11 3.22 0.04 10 11 18 1.71 0.04 11 4 18 1.91 0.20 12 8 18 18 1.81 0.19 13 8. n+1 11 2.32 0.12 14 5 18 2.22 0.23 15 6. 11 11 1.61 0.08 16 11 1.61 0.13 17 18 11 1.51 0.06 18 11 n+1 3.32 0.08 19 8. 18 11 1.61 0.05 20 6. 18 2.42 0.20 21 3.33 0.20 22 8. n+1 2.53 0.24 23 4 11 18 1.41 0.04 24 5 5. in 1.81 0.13 25 6. 18 2.42 0.22 26 n+1 11 2.11 0.13 27 6. 18 18 1.71 0.20 28 18 18 3.43 0.11 29 4 5 2.03 0.23

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)

6th Edition

ISBN:9781337111348

Author:Bruce Crauder, Benny Evans, Alan Noell

Publisher:Bruce Crauder, Benny Evans, Alan Noell

Chapter5: A Survey Of Other Common Functions

Section5.6: Higher-degree Polynomials And Rational Functions

Problem 1TU: The following fictitious table shows kryptonite price, in dollar per gram, t years after 2006. t=...

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