please, answer question e with its process

rurupul VIIUITIEVUIR Save Score: 2.14 of 5 pts 2 of 4 (4 complete) HW Score: 70.5%, 14.1 of 20 pl Problem 13 Question Help The break-even point for the capacity of 20 servers is 88076 hits. (Enter your response rounded up to the next whole number.) The break-even point for the capacity of 30 servers is 127850 hits. (Enter your response rounded up to the next whole number.) b. The indifference point for having 10 servers and having 20 servers options is 2727273 hits. (Enter your response rounded to the nearest whole number) c. Calculate the expected value for each capacity alternative. (Hint: Don't forget about capacity constraints that can limit the number of hits each capacity alternative can handle.) Fill in the table below (enter your responses as whole numbers). Option 10 servers 20 servers 30 servers Expected Value $ 7.235,000 $ 21,152,500 $ 31,854,000 The option for 30 servers will maximize the expected value. d. TriangCom has hired Donna Olway to code programs. Donna completes her first job in 12 weeks and her second job in 9 weeks. Assume that (1) Donna continues to learn at this rate and (2) her time improvements will follow a learning curve. m Click the icon to view the selected and cumulativen" values ir different learning curves. Time needed Donna to complete her fourth job is 6.756 weeks. (Enter your response rounded to three decimal places) e. Time needed Donna to complete the next four jobs (jobs 3 through 6) is weeks. (Enter your response rounded to three decimal places) 0 More Info e break-even the break-even 70% Learning 75% Learning 80 % Learning o. The indifferen Unit Number 1 per.) By alternative c. Calculate the can handle.) Fill 2 0 7 8 The option for 3 1.000 1.000 0.700 1.700 0.568 2.268 0.490 2.758 0.437 3.195 0.398 3.593 0.367 3.960 0.343 4.303 0.3234 .626 0.306 4.932 0.291 5.223 0.278 5.501 0.267 5.769 0.257 6.026 0.248 6.274 0.240 6.514 0.233 6.747 0226 6.973 0 .220 7.192 0 214 7407 10 11 85 % Learning 90 % Learning n ne 1.000 1.000 1.000 1.000 0.850 1.850 0.900 1.900 0.773 2623 0.846 2.746 0.723 3.345 0.810 3.556 0.686 4,031 0.783 4339 0.657 4.688 0.762 5.101 0.634 5.3220.744 5.845 0.614 5.936 0.7296.574 0.597 6.533 0.716 7.290 0.583 7.116 0.705 7.994 0.570 7 6.86 0.695 8.689 0.5588 244 0.685 9.374 0 548 8.792 0.677 10.052 0.5399.331 0.670 10.721 0.530 9 861 0.663 11,384 0.522 10.383 0.656 12.040 0.515 10.898 0.650 12.690 0.508 11.405 0.644 13 334 0.501 11.907 0.639 13.974 0495 12 4020.634 14.608 1.000 1.000 .750 1.750 0.634 2.384 0.563 2.946 0.513 3.459 0.475 3.934 0.4464 .380 0.422 4.802 0.402 5.204 0.385 5.589 0.370 5.958 0.357 6.315 0.345 6.660 0.3346.904 0.325 7319 0.316 7635 0.309 7 944 0.301 8.245 0.295 8.540 0288 8828 1.000 1.000 0.800 1.800 0.7022 502 0.640 3 .142 0.596 3.738 0.562 4.299 0.534 4.834 0.512 5.346 0.493 5.839 0.4776.315 0.462 6.777 0.449 7227 0.438 7665 0.428 8,092 0.418 8.511 0.410 8.920 0.402 9.322 0.394 9716 0.388 10.104 0.361 10.485 Incorr na continues d. TriangComhd to learn at this Click the ice 16 Time needed Dd 17 e. Time needed 18 19 20 Enter your ans Print Done A parts