2. Write a working R program for the below.

Question 1.txt

"V1" "V2" "V3" "V4" "V5" "V6" "V7" "V8" "V9" "V10" -0.333 -0.366 0.721 0.156 -0.596 -0.178 0.247 0.458 -0.308 0.706 -0.039 -0.61 -0.104 0.828 0.024 -0.189 0.602 0.828 1.821 1.85 0.071 0.012 -0.331 0.175 0.024 0.612 -0.629 0.518 0.138 -0.447 -0.303 0.269 0.202 -0.166 -0.165 -0.014 -1.512 -1.098 -0.314 -0.108 -0.712 0.044 -1.211 -0.09 0.545 0.184 1.42 0.218 0.642 -0.078 0.294 -0.487 -0.204 0.007 0.281 -0.242 -0.563 1.258 -1.589 -1.016 -0.421 -0.06 -0.294 0.081 0.012 -0.667 -0.41 -0.533 -1.596 -0.169 -0.241 3.34 0.412 0.455 -0.003 1.472 0.172 -0.195 0.03 0.323 0.74 0.41 0.3 0.149 -0.224 0.664 0.347 0.938 -0.035 -0.219 0.534 -0.052 -1.736 0.913 -0.412 0.615 -0.149 -0.192 0.11 2.236 0.478 -0.577 -0.132 -1.31 1.129 0.421 -0.596 1.733 0.689 0.039 0.923 0.195 -0.289 0.43 0.299 0.478 -1.396 0.575 0.426 2.242 -0.854 -0.018 -0.514 -0.677 0.51 -0.973 0.837 0.279 0.405 0.049 -0.729 0.853 3.004 0.119 -0.57 -0.595 3.652 0.069 0.594 0.751 -0.034 -0.102 0.339 1.141 -0.194 0.557 1.257 -0.162 0.271 1.601 -0.103 0.399 0.832 -0.442 0.433 -0.38 0.232 0.11 -0.407 0.214 0.463 -0.169 -0.175 -0.5 -0.218 1.402 -6.315 -0.005 0.637 -0.45 0.193 -0.488 1.015 -0.582 -5.858 -2.674 -2.943 0.096 0.199 0.021 0.723 -2.018 0.063 0.111 -0.529 0.914 0.199 -0.132 1.016 -1.998 1.362 0.826 1.18 -0.363 -1.133 -1.009 0.268 -0.426 -0.354 -0.715 0.467 2.33 0.725 1.066 0.989 2.174 2.652 2.023 0.08 0.862 1.216 1.73 1.093 1.182 1.678 1.176 -0.44 1.149 1.705 0.77 0.593 0.474 0.624 0.09 0.165 1.989 0.141 3.382 1.028 2.989 1.095 0.92 1.51 0.848 1.566 0.965 1.647 1.147 1.526 0.277 1.165 1.05 0.672 -1.11 1.528 0.888 1.92 2.233 0.882 1.487 0.823 0.95 -0.111 1.446 -0.035 1.075 1.349 0.538 1.492 2.08 -0.286 2.556 -0.804 1.249 1.285 1.356 1.675 1.756 -0.956 0.951 1.625 -1.311 0.994 1.69 1.301 -0.702 0.479 -0.264 1.346 1.575 1.115 1.218 -1.01 0.942 1.201 0.138 1.487 1.289 0.896 1.635 1.422 1.497 0.652 1.455 3.277 1.686 4 1.542 0.615 0.991

2. Assume that the data in Questionl.txt are the first 30 batches of observations with the batch size of m=10 obtained from a production process for phase II process monitoring. Use the upward NSR CUSUM chart with k=9 and h=12 to detect potential upward process mean shift. Summarize your results. 2. Assume that the data in Questionl.txt are the first 30 batches of observations with the batch size of m=10 obtained from a production process for phase II process monitoring. Use the upward NSR CUSUM chart with k=9 and h=12 to detect potential upward process mean shift. Summarize your results