Days-to-Repair When determining the number of days needed to repair a copier‚ it is best to assume that the number of days is random. It is best to generate this random‚ which is illustrated on the excel spreadsheet as r2. R2 will be numbers between 0 and 1. To determine this value a random number will be generated in excel. The number of days needed to repair the copier will be determined based on the cumulative outline below: 0.00 > r2 < 0.20‚ then it will take 1 day; 0.20 >
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Operations Page 27‚ question 2: Suds and Duds Laundry A. Week | Hours(input) | Shirts(output) | Ratio | 1 | 24 | 68 | 2.83 Shirts/hour | 2 | 46 | 130 | 2.83 Shirts/hour | 3 | 62 | 152 | 2.45 Shirts/hour | 4 | 51 | 125 | 2.45 Shirts/hour | 5 | 45 | 131 | 2.91 Shirts/hour | B. The output difference isn’t large between the input and output ratio. It seems as if producitivity may decline if there were more people working. If Suds and Dud has more than 2 or 3 workers on the amount of work per
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would change her above profit. Any change in a coefficient in a parameter is carefully analyzed using a sensitivity analysis. This analysis identifies any effect an independent variable might have on Julia’s given constraints‚ in this case‚ her budget. This increase will generate an increase in product availability and also profitability. Based on the sensitivity analysis‚ the upper limit of the sensitivity range for budget is $158.00 allowing her to have a maximum budget of $1658.00.
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A: Formulation of the LP Model X1(Pizza)‚ X2(hotdogs)‚ X3(barbecue sandwiches) Constraints: Cost: Maximum fund available for the purchase = $1500 Cost per pizza slice = $6 (get 8 slices) =6/8 = $0.75 Cost for a hotdog = $.45 Cost for a barbecue sandwich = $.90 Constraint: 0.75X1 + 0.45X2+ 0.90(X3) ≤ 1500 Oven space: Space available = 3 x 4 x 16 = 192 sq. feet = 192 x 12 x 12 =27648 sq. inches The oven will be refilled before half time- 27648 x 2 = 55296
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TASK 1: GETTING A HAND ON DATA ORGANISING YOUR DATA: A. Summarise your results in a table. Name Age Writing Hand R/L? Writing hand angle Non-writing hand angles Right (√) Left (√) Zac Taylor 15 √ 50o 50o Eric Na 17 √ 55o 52o Damian Bielinski 15 √ 49o 48o Ashley Vandenput 15 √ 47o 50o Tolga Pasin 15 √ 50.5o 53o Corey Evans 15 √ 52o 50o Romy Abbott 14 √ 50o 53o Candice Shadford 15 √ 45o 54o Jess Dayus 14 √ 50o 55o Joel
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DOWNLOAD MAT 540 Week 4 Homework Chapter 15 problems 2. The manager of the Carpet City outlet needs to make an accurate forecast of the demand for SoftShag carpet (its biggest seller).If the manager does not order enough carpet from the carpet mill‚customers will buy their carpet from one of Carpet City’s many competitors. The manager has collected the following demand data for the past 8 months: Month Demand for Soft Shag Carpet (1‚000 yd.) 1 8 2 12 3 7 4 9 5 15
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Quantitative Analysis Task 5 Competency 309.3.3: Expected Value Decision Analysis Task A. Expected Value for each decision Develop New Product Decision Brach 1 – Develop Thoroughly EV if Market reaction is good= $500.000(0‚ 4)= $200.000 EV if Market reaction is moderate= $25.000(0‚ 4)= $10.00 EV if Market reaction is poor= $1.000(0‚2)=$200 Total EMV=$200.000+$10.000+200= $210.20 Decision Brach 2 – Develop Rapidly EV if Market reaction is good= $500.000(0‚ 1)= $50
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Assignment Quantitative Methods Strayer University Step 1 For step‚ one I generated a column of random numbers‚ which will help me to determine the weeks between breakdowns. I used the equation in excel =Rand( ). Next‚ I generated a column to determine the weeks between breakdowns. I used the formula in excel =8*SQRT(r) and used the previous mentioned randomly generated numbers. Once I had the randomly generated weeks‚ I created a column for the cumulative
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Where Dx is the actual delay by the candidate base station and DTH is threshold delay. The normalized function for bandwidth (BW) is given by N_BW=B_x/B_max Where Bx is the required bandwidth of the mobile station and Bmax is the maximum bandwidth that can be provided by the base station. The normalized function for cost N_c=1-C_x/C_TH Where Cx is the operating cost of the network to which the candidate base station belongs to‚ CTH
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When considering the first variable “Home”‚ I begin by questioning how can the information gathered be classified and broken down. Can it be divided in number order? No. Is one response in some way able to be ranked with value‚ as in this answer is obviously more valuable than this one? No. I believe that Home will be a Nominal Variable. It has multiple categories without natural order or value. When considering the variable “Arrests” I begin by questioning is this information based on words or
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