The Aggregate plan for a product family and the percentage share of units sold for each SKU are given as follow. How many units of product E has to be produced in period 4?Period,tNo. HiredNo. Laid OffWorkforce SizeOvertime (hours)InventoryStockout,SubcontractTotal ProductionDemand801,000116642,5602,5601,0002642,1202,5603,000364802,5603,8004641,2201402,5604,8005646602,5602,0006.645002,5601,400Family%shareofunits soldA30В1010D1020F15512We need the hours per month per worker to answer the question.O 202560ооо о

Given :The table of 4th period. Period,t No Hired No Laid off Workforce Size Overtime (hours)…

Answered: The Aggregate plan for a product family…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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The prices of agricultural commodities for 1946-47 and for the inonth of Dece:mber 1950 are given below along with the value of the output of hese commodities in 1946-47: Value of outptl in million (Rs.) Prices ELIII Commodities Unit 1946-47 (Rs.) Dec. 1950 (Rs.) (1946-47) 13.75 9-70 8364 Rice Wheat Jowar maund таund 13-75 9.70 2207 6:03 8.00 876 maund 466 00 433.00 701 Cotton (raw) Tea Ibs. 1:25 1:75 534 Ibs. Calculate the weighted index mumber of prices of these commodities for December 1950 taking 1946-47 as base.
Region Product Type Item Projected Sales 2022 (in millions) Americas Legacy B 18.6 Americas Legacy B 1.4 Americas Legacy B 9.4 Americas Legacy B 11.6 Americas Legacy B 7.1 Americas Legacy B 8.6 Americas Legacy B 6.9 Americas Legacy B 9.4 Americas Legacy B 8 Americas Legacy B 12.4 Americas Legacy B 16.3 Americas Legacy B 12.4 Americas Legacy B 5.7 Americas Legacy B 8.1 Americas Legacy B 14.6 Americas Legacy B 3.2 Americas Legacy B 13.1 Americas Legacy B 6.5 Americas Legacy B 6.6 Americas Legacy B 14 Americas Legacy B -1.6 Americas Legacy B -5.5 Americas Legacy B 10.5 Americas Legacy B 9.7 Americas Legacy B 5.9 Americas Legacy B 9 Americas Legacy B 7.9 Americas Legacy B 4.4 Americas Legacy B 8.2 Americas Legacy B 2.9 Americas Legacy B 10.6 Americas Legacy B 7.8 Americas Legacy B 5.2 Americas Legacy B 14.4 Americas Legacy B 4.1 Americas Legacy B 7.7 Americas Legacy B 2.6 Americas Legacy B 10.1 Americas Legacy B…
Balls, Inc. produces two products, Squid Balls (S) and Fish Balls (F), in two departments, the Mixing Department and Deep Frying Department. Production of the two products (combined) during any period cannot exceed 23,700 kilos. Data on the two products follow: Squid Balls (S) Fish Balls (F) Total time available (minutes) Contribution margin per kilo P40 30 TIME REQUIRED (Minutes) Mixing (M) 3.0 1.5 48,000 Which of the following is not a constraint function for this linear programming problem? a. 3S+ 1.5F 48,000 c. S+ F≤ 23,700 b. 2S+ 3.6F ≤ 72,000 d. CM = 40S + 30F Deep Frying (D) 2.0 3.6 72,000
The prices of earphones (in rands) at a music shop are shown in the table below for each month in 2006. It is generally accepted that the same price pattern repeats itself three times per annum and this principal may also be applied here. Consider this partially completed tables: Period 1 2 3 4 5 6 7 8 9 10 11 12 Prices (y) OB. 46.5 OC. 34.56 OD. 56.03 54.50 54.75 55.20 56.30 56.25 56.10 55.90 56.10 56.80 56.95 56.80 56.55 3-period Moving average 54.82 55.33 93.08 56.22 56.08 A 56.27 56.62 56.85 56.77 Seasonal index 99.87 99.6 100.68 100.05 100.04 B 100.18 Calculate the value of the missing moving average located at A. Round off to two decimals. OA. 57.56
Assuming an M/M/1 system setup with a service rate of 25 entities per hour and an idling ratioof 4% Define the system’s birth rate. Define at least two ways of arriving at the number of entities in the system. Define the ratio of the time an entity spends waiting and the time the entity spends in thesystem?
Assignment: Analyze Filling Line Problems Using Control Charting Attached Files: File Filling line example for X-bar & control chart.xlsxOpen this document with ReadSpeaker docReader (13.354 KB) Using the provided data, calculate the control limits (X-bar and r-chart, Capability Index, create a control chart, and calculate the percentage of units that are expected to be out of spec (z-value). Show your work A quick way to do the percents part of the filling line problem (you know, the percent underfilled, the percent overfilled, etc.), is to use Excel's norm.dist function rather than looking it up on a printed Z table. Use the norm.dist excel function with the LSL in the first position in the parameter list. Norm.dist gives you the left side return from the Z table. "Excel offers you the NORM.DIST statistical function for working with normal distributions. The NORM.DIST function calculates the probability that variable X falls below or at a specified value"…
2. Categorize data Table 1 shows the rental life of 32 components. These values are sorted by order. 432 518 568 622 Table 1: The lifespan in renting components 402 502 542 598 404 504 558 414 508 562 614 444 524 574 462 526 584 642 484 532 586 652 492 538 596 654 602 630 a. Categorize the data in the most appropriate way. Show intermediate steps. Justify how you arrived at your answer. b. Name 4 conditions for categorization.
7. Calculate the weighted price index from the following data : Quantity required Price during 1995 Materia! Unit 1994 i required 2$ $ 8.0 Cement Timber Steel sheet: Bricks 500 lb. 2,000 c.ft. 50 cwt. 5.0 9.5 100 lb. c.ft. 14.2 34.0 12.0 cwt. 42.0 per '000 20,000 24.0
In 1997 Fuller and coworkers at Texas A&M University estimated the operating costs of cotton gin plants of various sizes. The operating costs of the next to the smallest plant is shown in the following table. x 2000 4000 6000 8000 10000 12000 y 163,200 230,480 301,500 376,160 454,400 536,400 Here x is the annual number of bales produced, and y is the dollar total cost. (Use 4 decimal places in your answer.)A. Determine the best fitting line using least squares. Also determine the square of the correlation coefficient.The best fitting line is C(x) = .The square of the correlation coefficient is r2 = .B. The study noted that revenue was $63.25 per bale. At what level of production will this plant break even?The revenue equation is R(x) = The profit equation is P(x) = The production will break even when bales are produced.C. What are the profits or losses when production is 3000 bales? 4000 bales? (Round to the nearest cent.)When…
n 1997 Fuller and coworkers at Texas A&M University estimated the operating costs of cotton gin plants of various sizes. The operating costs of the next to the smallest plant is shown in the following table. x 2000 4000 6000 8000 10000 12000 y 163,200 230,480 301,500 376,160 454,400 536,400 Here x is the annual number of bales produced, and y is the dollar total cost. (Use 4 decimal places in your answer.) A. Determine the best fitting line using least squares. Also determine the square of the correlation coefficient. The best fitting line is C(x) = . The square of the correlation coefficient is r2 = . B. The study noted that revenue was $63.25 per bale. At what level of production will this plant break even? The revenue equation is R(x) = The profit equation is P(x) = The production will break even when bales are produced. C. What are the profits or losses when production is 3000 bales? 4000 bales? (Round to the nearest cent.) When 3000 bales are produced, the…
The table to the right gives the average sales tax rate (state plus local) in six east coast states and six western states. Complete parts (a) through (e) below. East coast states West coast states A 6.50% U 8.50% B 6.25% V 1.69% C 5.00% W 0.00% D 0.00% X 8.89% E 9.49% Y 8.50% F 8.00% Z 6.95% a. Find the mean, median, and range for each of the two data sets. The mean for the east coast states is . (Type an integer or decimal rounded to three decimal places as needed.)
IV. APPLICATION AND ANALYSIS ON QUEUING THEORY. Direction: Given the following assumptions, derive the answer/s for each question. In answering the questions, copy the questions into the Output Area and write your answers after each question. Assumptions: Mean Arrival Rate (2) = 3 customers/hour Number of Ser vers (C ) = 1 Mean Service Rate (U) = 4 customer s/hour 1. Calculate and determine the Occupation Rate. (p) 2. What is the average number in system average (L)? 3. Determine the average system in system (W). 4. What is the average time in queue (Wq)? 5. Determine the length of queue (Lq). Capacity Demand p = Available Capacity u =- L=p/(1- p) Lq= p2/(1- p) = L-p W=LA=1/(u- 2) We-Lψλ- λ( μ(μ- λ)

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