х1 x2 x3 13.92 3.5 94 13.85 2.12 98 13.59 2.2 48 13.32 3.09 90 14.89 4.31 110 12.9 3.21 104 14.2 3.34 114 13.78 3.01 87 13.38 2.49 102 14.38 2.69 105 14.35 2.26 101 14.78 3.34 60 13.95 2.3 144 14.34...

Extracted text: х1 x2 x3 13.92 3.5 94 13.85 2.12 98 13.59 2.2 48 13.32 3.09 90 14.89 4.31 110 12.9 3.21 104 14.2 3.34 114 13.78 3.01 87 13.38 2.49 102 14.38 2.69 105 14.35 2.26 101 14.78 3.34 60 13.95 2.3 144 14.34 2.95 73 14.64 2.93 89 13.92 2.96 124 13.23 3.42 107 14.58 3.14 87 13.42 3.15 85 13.51 3.86 146 14.15 3.15 163 13.9 3.08 165 12.34 2.09 143 14.22 2.68 58 13.39 2.1 73 14.22 1.89 115 13.44 2.03 89 13.4 2.19 101


Extracted text: c-2. Using the z-score standardized values, compute the Manhattan distance for all possible pairs of the first three observations. (Round intermediate calculations to at least 4 decimal places and your final answers to 2 decimal places.) Normalized Manhattan distance between observations 1 and 2 Normalized Manhattan distance between observations 1 and 3 Normalized Manhattan distance between observations 2 and 3