A company that operated 10 hours a day manufactures two products on three sequential processes. The following table summarizes the data for the problem: How many units of Product 2 should be produced to achieve the optimum solution?    a.) 20 b.) 14.12 c.) 12 d.) 12.14

Q: In a M/M/1 model, and the average time a customer waits in the system is 0.75 hour, and the average…

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Q: If A has a gross requirement to build 250 units and an on-hand inventory for A of 40, determine the…

A: Solution: 1): A has a gross requirement to build 250 units and On hand inventory = 40. Hence, No.of…

Q: 3.)  M/M/2   Mean Arrival Rate: 20 customers/hour Mean Service Rate: 12 customers/hour Number…

A: λ=20 customers/ hoursμ=12 customers/ hours c=2 servers p0=0.280 servar wage=10/ hours customer…

Q: Which supplier should be chosen to minimize the total annual cost for the wafers, and what is the…

A: a. EOQ = sqrt((2*annual demand*ordering cost)/holding cost) Total ordering cost = (Annual demand /…

Q: Solve the following system of equetions using Geuss Jorden Eliminetion method. x- 4y - 2z - v - 2w +…

A: Given that x-4y-2z-v-2w+2u-5k+5t =10x-3y+2z-v+4w                          =33x+5y      -v…

Q: The demand for good X is estimated to be Qxd = 10,000 - 4Px + 5Py + 2M + Ax, where Px is the price…

A: Qx= 10,000-4px+5Py +2M +Ax Notation are defined in question,  We have to tell goods X and Y are.. We…

Q: Under which scenario can a dove successfully invade (or persist among) a population of hawks?…

A: Solution:   Step 1 HAWK: very aggressive, always fights for some resource. Fights between hawks are…

Q: 4. Pak Majid sells eggs grade 4,Band C. The total price of a grade A egg and a grade B egg is three…

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Q: Exercise 10.4.4: Lining up a girl scout troop. O About (a) A girl scout troop with 10 girl scouts…

A: A girl scout troop with 10 girl scouts and 2 leaders goes on a hike. When the path narrows, they…

Q: Given a system u = Bu+c as above, wher equivalent:

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Q: 1. Suppose U(x, y) = xy + x + 2y, and the budget is described by 2x + y = m, solve for x* and y*.

A: The solution of the problem is given in the next steps.

Q: 8. Given the following transportation tableau-where the numbers in each cell represent…

A: 8) North West Corner method works in 3 steps: a) Find the north west corner cell of the…

Q: For a system of 4 distinguishable particles to be distributed in two similar compartments, the total…

A: The number of distinguishable particles are 4. The number of similar compartment are 2.

Q: Suppose a farmer wishes to evaluate a new fertilizer. She uses the new fertilizer on one field of…

A: In the statistical tests, we conclude our results for different experiments. But sometimes result…

Q: Assume that the company produces 100 pound sacks of 35-25-15 fertilizer for lawns and 100 pound…

A: Let the company should make x sacks of lawn fertilizer and y sacks of garden fertilizer in order to…

Q: 2. Consider the linear program: min 35C +30T + 25A subject to 9C+ 2T +4A > 20 3C + 8T+ 6A > 18 C +…

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Q: If Chrysler increases sales, then it is not the case that both Mercedes introduces a new model and…

A: Given statement is "If Chrysler increases sales, then it is not the case that both Mercedes…

Q: Suppose we have a supply of 6000 units of S and 8000 units of T, where S and T are used materials in…

A: Consider the given used materials are  S=600 units  ,  T=8000  units Since, product P demands 2…

Q: Consider the cities D,E,F,G,H,I. The costs of the possible roads between cities are given below:…

A: Given c(D,F)=12 c(D,F)=13 c(E,F)= 8 c(E,H)= 10 c(F,G)= 11 c(F,I) =  9

Q: (b) Out of a stock of three engineering components A,B and C given as 200, 120 and 150 respectively,…

A: The problem can be solved using the concept of linear regression. Write data in tabular form and…

Q: Solve the following system of equations by Gauss Jordan method: 2?1 − ?2 + 7?3  = 11 8?1 − 2?2 +…

A: Given that Solve the following system of equations by Gauss Jordan method: 2?1 − ?2 + 7?3  = 11 8?1…

Q: Three marksmen Tom, Joe, and Bill are aiming at three targets, T1, T2, T3.  Tom will choose either…

A: T1 is hit in the three situations where, T1 is the only target being hit, T1 is hit along with any…

Q: Chapter 11, Section 11.5, Go Tutorial Problem 029 Find the point of intersection (xp. vo, Zo) of the…

A: Two lines intersect , if their all coordinates are equal at that point Hence consider 9+t=9+t…

Q: Finally, passenger rail service comes to Ohio, connecting the six major cities. Here is the planned…

A: A model to maximize flow of the passenger traffic from Cincinnati to Cleveland is formulated as…

Q: 70% of the items at Flour and Fun bakery are gluten free. If there are 21 gluten-free items, how…

A: It is given that out of total items the Flour and Fun bakery sell , 70% are gluten free Let the…

Q: The manufacturer of a popular personal computer has orders from two dealers. Dealer D, wants at…

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Q: Consider the following system of equations 3 2 7 24 -2 4 -5 -72 1 0 4 28 and the following…

A: We have,  327-24-5104xyz=24-7228 Now, we will solve this system to find value of x,y and z.…

Q: rked: Scor ots: of $4.00. Assortment II contains 12 cherry, 4 lemon, and 4 lime candies, and sells…

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Q: What is the reliability of the system made of 4 subsystems in series as follows P1=.980 %3D P2 =.998…

A: System are arranged in series P1 = 0.980 P2 = 0.998 P3 = 0.982 P4 = 0.975

Q: Find r and h that minimize S subject to the constraint V = 54n.

A: Here V=54π and we should minimize  S=2πrh+2πr2 under the constraint V=54π=πr2h V(r,h)=πr2h-54π

Q: A Pláštić company is oducing twWo products A and B. The processing times are 3 hours and 4 hours per…

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Q: In a M/M/1 model, the service rate is 41 per hour, and arrival rate is 23 per hour. Assume that the…

A: Given Arrival rate = 23 per hour Charge per arrival = 5.8 JD Service rate =41 per hour

Q: According to a model developed by economists E. Heady and J. Pesek, if fertilizer made from N pounds…

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Q: A dietitian wishes to plan a meal around three foods. The percentages of the daily requirements of…

A: A dietitian wishes to plan a meal around three foods. The percentages of the daily requirements of…

Q: A noultry farmer must supplement the vitamins in the feed he buys. He is con- idering two…

A: To solve the Linear programming problem, proceed as follows. The cost of supplement I per gram is…

Q: Consider the cities E, F, G, H,I, J. The costs of the possible roads between cities are given below:…

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Q: 2 in 28m 20 CALENDAR Travel to Home Today at 11:02 PM Green Street Lumen... Sign In or... hm Rukayat…

A: Let\'s assume per pound apples cost x dollers and per pound cherries cost y dollers.Then as per…

Q: According to a model developed by economists E. Heady and J. Pesek, if fertilizer made from N pounds…

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Q: To check the quality of two brands of lightbulbs, their life in buming hours was estimated as under…

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Q: For a parallel structure of identical components, the system can succeed if at least one of the…

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Q: Solve the following system of equetions using Gouss Jorden Elimination method. x- 4y – 2z- v- 2w +…

A: We will rewrite the given system of equations as follows:…

Q: A manufacturer is planning to sell a total of 500 machines to both foreign and domestic firms. The…

A: As per the question we are given a optimization (maximizing) problem, where we have to find the…

Q: 8. Write an 800 unit energy budget for three activities: Hunting Prey (H) which costs 10 units,…

A: biologically reasonable range of values for H, S and R are as follows :-

Q: Determine an initial basic feasible solution to the following transportation problem by using (a)…

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Q: Suppose a retail seller of jeans currently has 40 customers. The retailer offers the following…

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Q: The table below shows the cost of transporting a unit item in the given routes; FROM/TO 1 2 3 4…

A: We have to find the initial basic feasible solution for the given transportation problem. First we…

Q: A Samsung mobile phone is listed at OMR 180. The wholesaler offered a trade discount of 10% to the…

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Q: Solve the following lineer equation system by using Gauss-Sidel method. Iterate twice by taking…

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Q: Solve the following lineer equation system by using Gauss-Sidel method. Iterate twice by taking…

A: The initial guess is 0,0,0. For the convenience to write the iterations, let x1=x, x2=y, and x3=z.…