Refer to the above manufacturing problem that was formulated, coded into Excel, and then optimized with SOLVER. The capacity of the T100-T200 shared production line in Mexico was reduced by 390 units during this planning cycle due to changes in priority. Determine the change in cost based on the results above. (Positive is increase.) Enter your result rounded to the nearest penny, if applicable, and do not enter any symbols (\$). QUESTION 41 Refer to the above manufacturing problem that was formulated, coded into Excel, and then optimized with SOLVER. The unit cost for T300 manufactured in Mexico decreased by 22 cents after the model was optimized due to production process enhancements. Determine the change in total cost based on the results above. (Positive is increase.) \{if the answer cannot be determined due to the optimal solution boundaries, then leave the answer field blank. Enter your result rounded to the nearest penny, if applicable, and do not enter any symbols (\$). Refer to the above manufacturing problem that was formulated, coded into Excel, and then optimized with SOLVER. The capacity of the T100-T200 shared production line in Mexico was reduced by 390 units during this planning cycle due to changes in priority. Determine the change in cost based on the results above. (Positive is increase.) Enter your result rounded to the nearest penny, if applicable, and do not enter any symbols (\$). QUESTION 41 Refer to the above manufacturing problem that was formulated, coded into Excel, and then optimized with SOLVER. The unit cost for T300 manufactured in Mexico decreased by 22 cents after the model was optimized due to production process enhancements. Determine the change in total cost based on the results above. (Positive is increase.) \{if the answer cannot be determined due to the optimal solution boundaries, then leave the answer field blank. Enter your result rounded to the nearest penny, if applicable, and do not enter any symbols (\$)