Table 1.1. Quantities of items per day Item 1 Item 2 Item 3 Item 4 Item 5 Monday 10 14 11 17 20 Tuesday 13 16 14 15 22 Wednesday 12 16 19 15 21 Thursday Friday 10 12 16 12 20 8 10 7 12 15 Table 1.2. Cost (in unit price) of items per supplier Supplier 3 Supplier 1 Item 1 56.00 Item 2 67.00 Item 3 61.00 Item 4 59.00 Item 5 48.00 Supplier 2 80.00 44.00 55.00 70.00 56.00 78.00 66.00 63.00 42.00 39.00 Note: Create a demand and cost matrix. And explain your solutions and answer.

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Arrow and node diagram

UPVOTE WILL BE GIVEN. PELASE WRITE THE COMPLETE SOLUTIONS LEGIBLY. ANSWER IN 2 DECIMAL PLACES. THE TYPE OF SERVICE IS DAEDS.

A particular project is scheduled to complete in Week 50 at a budgeted cost of $150,000. As of Week 30, an earned value chart is prepared to present the project progress as below: Status Date 160- 140 PV 120 100 80 AC 60 40- 20 10 15 20 25 30 35 40 45 50 Weeks 1. Calculate schedule, cost and time variances, as well as schedule and cost performance indices for Week 30. Then use this information to comment on the project progress at Week 30 (status date). 2. Based on the performance at Week 30, estimate the final project cost (EAC). Will the final project cost be higher or lower than the budgeted cost, and by how much? Also estimate the revised project completion date. Will the project complete sooner or later than the planned completion date, and by how many weeks? 000.S

Exercise 3. Find products of powers of all variables, mªl®g°¢® A¢ that have only the dimensional units of time, T. How many of those products are inde- pendent? Quantity Dimension D Angle/solid angle 1 Mass Length/position Time/period Frequency Velocity/speed L T-1 LT-1 LT-2 MLT-1 MLT-2 ML?T-2 Angular momentum ML²T-1 ML-1T-2 ML-IT-2 Acceleration Momentum Force Energy Pressure Energy density Energy flux MT-3 Please use Buckingham's Pi Theorem.

3.37 A company produces four products in its production facility. The facility has four de- partments labeled A-D. The routing information, production quantities, and volumes for each product are given in the table below. Product 1 2 3 4 Production Quantities (per day) 15 20 14 10 Routing B-A-D-C-A A-D-C-B A-C-D-B B-A-C-D Volume (compared to Product 1) 1 1 2 0.5 Determine the from-to chart. Recommend a flow pattern.

General information: Calculate: X= third 2 student numbers Calculate: X= (first 3 student numbers+ second 3 student numbers) Calculate: X= (first 3 student numbers+ second 3 student numbers)/2 first 2 student number Third 2 student mumber first 3 student number 183569 183569 second 3 student namber second 2 students number 1 Important: Please provide the X1, X2, and X; value according to your student number.

Kindly please answer numbers 9-11 questions. Since your policy is at-least maximum with 3 per sub questions is okay. This is of my reviewer.

1. For the following schedule draw the node network, perform the CPM calculations, mark the critical path, and complete the table below. Then impose a finish date of 20 days and a finish date of 25 days, and recalculate the CPM and the values in the table. IPA TF Act A B C D E F G Dur 2 4 6 95 9 7 3 A A, B B B B, C C, D, E, F ES EF LS LF FF