596 words CX 1 2 3 7 8 Temperature (C) Quenching Rate(C/s) Cooling time (s) M...

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596 words CX 1 2 3 7 8 Temperature (C) Quenching Rate(C/s) Cooling time (s) M TAR Carbon Content (wt% C)_114) CO Concentration (%) 1) What size orthogonal array should be used for evaluation (assume noise is negligible)? Generate the array with the level values (i.e. Level 1 and Level 2). 2) Level 1: Level 2:| Eight experiments were defined as follows: Experiment Carbon Content C154 (wt% C) 4 5 RA 6 1 1 1 1 6 6 24.1. 6 6 IN STRADA DA Text Predictions: On 1 DA Quenching Papo Rate (C/s) 35 35 140 140 35 35 140 140 Cooling Time (s) KAN Focus 1 1 300 300 300 300 Level 2 900 140 125 / 300 16 N 20 LD Level 1 760 35 1 51 CO Concentration (mol %) 5 20 5 2014 5150 20 5 20 760 900 760 20 900 900 760 900 760 100% Temperatu (C) | 596 words CX 1 2 3 7 8 Temperature (C) Quenching Rate(C/s) Cooling time (s) M TAR Carbon Content (wt% C)_114) CO Concentration (%) 1) What size orthogonal array should be used for evaluation (assume noise is negligible)? Generate the array with the level values (i.e. Level 1 and Level 2). 2) Level 1: Level 2:| Eight experiments were defined as follows: Experiment Carbon Content C154 (wt% C) 4 5 RA 6 1 1 1 1 6 6 24.1. 6 6 IN STRADA DA Text Predictions: On 1 DA Quenching Papo Rate (C/s) 35 35 140 140 35 35 140 140 Cooling Time (s) KAN Focus 1 1 300 300 300 300 Level 2 900 140 125 / 300 16 N 20 LD Level 1 760 35 1 51 CO Concentration (mol %) 5 20 5 2014 5150 20 5 20 760 900 760 20 900 900 760 900 760 100% Temperatu (C) |