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The figure shown below is a geometric representation a full-factorial designed experiment - in which factor levels are varied to test all possible combinations. Each corner of the cube represents a test (or factor / level combination), and the corresponding distribution curve represents the corner's performance. Provide the coordinate of the corner with the best performance. ALZA T T T X34 xx2 x1 Note the origin of the axis is the bottom left corner of the cube (Use "x1_low" as the nomenclature for a coordinate.)

The figure shown below is a geometric representation a full-factorial designed experiment - in which factor levels are varied to test all possible combinations. Each corner of the cube represents a test (or factor / level combination), and the corresponding distribution curve represents the corner's performance. Provide the coordinate of the corner with the best performance. ALZA T T T X34 xx2 x1 Note the origin of the axis is the bottom left corner of the cube (Use "x1_low" as the nomenclature for a coordinate.)

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The figure shown below is a geometric representation a full-factorial designed experiment - in which factor levels are varied to test all possible combinations. Each corner of the cube represents a test (or factor / level combination), and the corresponding distribution curve represents the corner's performance. Provide the coordinate of the corner with the best performance. T T T X34 x2 T. Note the origin of the axis is the bottom left corner of the cube (Use "x1_low" as the nomenclature for a coordinate.)
Transcribed Image Text:The figure shown below is a geometric representation a full-factorial designed experiment - in which factor levels are varied to test all possible combinations. Each corner of the cube represents a test (or factor / level combination), and the corresponding distribution curve represents the corner's performance. Provide the coordinate of the corner with the best performance. T T T X34 x2 T. Note the origin of the axis is the bottom left corner of the cube (Use "x1_low" as the nomenclature for a coordinate.)
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