CS9-Data Views (Tableau)- Answer Sheet

PROBLEM-3) The Sales&Operations (S&OP) process is designed to produce a plan that all departmentswithin the organization, as well as suppliers to the organization, can work. The process is also sometimes referred toas sales, inventory, and operations planning (SIOP) to emphasize the important role that inventory can play as abuffer between sales planning and operations planning. The S&OP department of the XYZ company, that producesKLM products, estimates the sales over the next six years in thousands of packages will be as follows: Assume that each worker stays on the job for at least one year and XYZ currently has eight workers. XYZ estimatesthat they will have 600000 packages on hand at the end of the current year. Assume that, on average, eachworker is paid TL 60000 per year and is responsible for producing 80000 packages. Inventory costs have beenestimated to be 20 KRS per package per year, and shortages are not allowed. XYZ estimates that it costs TL 2500for each…

Question 4 (1 point) As buyers are increasingly facing information overload, salespeople should ensure information is streamlined and personalized. OTrue OFalse Question 5 (1 point) Blogs, white papers, webinars, and presentations should be proyided to targeted customers. OTrue OFalse Question 6 (1 point) dal fne avaluating solution alternatives uses weighted averages.

Pls choose right answers  no need explanation

Microsoft Excel 16.0 Sensitivity Report       Worksheet: [Book1]Sheet7         Report Created: 9/26/2020 10:43:05 AM       Engine: Standard LP/Quadratic                         Objective Cell (Min)             Cell Name Final Value           $B$13 Obj Func AN 4135000                         Decision Variable Cells                 Final Reduced Objective Allowable Allowable   Cell Name Value Cost Coefficient Increase Decrease   $B$11 variables AN 55000 0 33 7.0000001 41.0000001   $C$11 variables AO 0 7 48 1E+30 7   $D$11 variables BN 25000 0 27 8.0000001 7.0000001   $E$11 variables BO 47000 0 35 7.0000001 8.0000001                 Constraints                 Final Shadow Constraint Allowable Allowable   Cell Name Value Price R.H. Side Increase Decrease   $B$16 LHS 55000 41 55000 10500 47000   $B$17 LHS 72000 35 72000 10500 47000   $B$18 LHS 80000 -8 80000 47000 10500   $B$19 LHS 47000 0 57500 1E+30 10500     The answers to the questions…

Required information Camp Rainbow offers overnight summer camp programs for children ages 10–14 every summer during June and July. Each camp session is one week and can accommodate up to 200 children. The camp is not coed, so boys attend during the odd-numbered weeks and girls attend during the even-numbered weeks. While at the camp, participants make crafts, participate in various sports, help care for the camp's resident animals, have cookouts and hayrides, and help assemble toys for local underprivileged children. The camp provides all food as well as materials for all craft classes and the toys to be assembled. One cabin can accommodate up to 10 children, and one camp counselor is assigned to each cabin. Three camp managers are on- site regardless of the number of campers enrolled. Following is the cost information for Camp Rainbow's operations last summer: Number of Cost to Run Campers 172 Week Camp $13,810 9,350 11,360 14,380 14,000 12,440 10,180 8,440 112 3 148 4 184 5 174 152…

explain thoroughly the table/diagram

Answer number 2 only. Full solution. Unique answers only.

Problem 16A: ROLLED DOWN unit forecast for part C is 22, F is 2, I is 254, and L is 3. Can you please shows the answers in excel with the formula in it, becuase I need to practices this kinda question for my upcoming exam.

Please do not give solution in image formate thanku.

Background: Data about the frequency of adverse events related to inappropriate care in hospitals come from studies of medical records as if they represented a true record of adverse events. In a prospective, observational design we analyzed discussion of adverse events during the care of all patients admitted to three units of a large, urban teaching hospital affiliated to a university medical school. Discussion took place during routine clinical meetings. We undertook the study to enhance understanding of the incidence and scope of adverse events as a basis for preventing them Methods: Ethnographers trained in qualitative observational research attended dayshift, weekday, regularly scheduled attending rounds, residents' work rounds, nursing shift changes, case conferences, and other scheduled meetings in three study units as well as various departmental and section meetings. They recorded all adverse events during patient care discussed at these meetings and developed a…

Background: Data about the frequency of adverse events related to inappropriate care in hospitals come from studies of medical records as if they represented a true record of adverse events. In a prospective, observational design we analyzed discussion of adverse events during the care of all patients admitted to three units of a large, urban teaching hospital affiliated to a university medical school. Discussion took place during routine clinical meetings. We undertook the study to enhance understanding of the incidence and scope of adverse events as a basis for preventing themMethods: Ethnographers trained in qualitative observational research attended dayshift, weekday, regularly scheduled attending rounds, residents' work rounds, nursing shift changes, case conferences, and other scheduled meetings in three study units as well as various departmental and section meetings. They recorded all adverse events during patient care discussed at these meetings and developed a classification…

Problem 3-4 (Static) An electrical contractor's records during the last five weeks indicate the number of job requests: 2 3 22 18 Week: Requests: 1 20 4 21 Click here for the Excel Data File Predict the number of requests for week 6 using each of these methods: a. Naive. 5 22 Answer is complete but not entirely correct. Number of requests 24 X requests b. A four-period moving average. (Round your answer to 2 decimal places.). Answer is complete but not entirely correct. Number of 23.25 c. Exponential smoothing with a = 0.30. Use 20 for week 2 forecast. (Round your intermediate calculations and fina mal nisenel

BSOP 588 Managing QualityAll Assignments Course Projects, Midterm and Final ExamWeek 2 Course Project:BSOP 588 Week 2 Project Proposal (Toyota Motor Corporation)Week 3 Assignments:Week 3 Paper; Measuring Customer Service – MCS (Jan 2013)Week 3 Paper; Measuring Customer Satisfaction (July 2014)Week 4 Midterm ExamSET 1Page 1Question (TCO A) Compare and contrast the evolution of quality and the role it played in the management of U.S. and Japanese business firms from the 1950s to the present.Question (TCO B) Compare and contrast the following definitions of quality. Definition 1: Quality is the totality of features and characteristics of a product or service that bears on its ability to satisfy given needs. Definition 2: Quality is meeting or exceeding customer expectations.Question (TCO A) Explain the three core principles of total quality.Question (TCO H) Identify and discuss five differences between service and manufacturing organizations.Question (TCO B) Cite two ways that the…

Please do not give solution in image format thanku subject is risk management answer quickly please

12. please i need the external analysis for the PASTEL ( see below) -PESTEL analysis for Sony Corporation Group

The following are some check points:     * Problem 6: Month 9 forecast: 26.333; Month 9 error: -3.333    * Problem 7: Month 7 forecast: 22.68; Month 7 error -0.68    * Problem 16A: ROLLED DOWN unit forecast for part C is 22, F is 2, I is 254, and L is 3.

please answer ASAP . Q2 Subject : production and operation management

Urgent plz: None of answers provided previously were correct. Need correct answers. Organized A statistical program is recommended. The quarterly sales data (number of copies sold) for a college textbook over the past three years follow. Quarter Year 1 Year 2 Year 3 1 1,690 1,800 1,850 2 940 900 1,100 3 2,625 2,900 2,930 4 2,500 2,360 2,615    compute the quarterly forecasts for year 4. (Round your answers to the nearest ten.) quarter 1 forecast ________ quarter 2 forecast_______ quarter 3 forecast ________ quarter 4 forecast _______ Based upon the seasonal effects in the data and linear trend, compute the quarterly forecasts for year 4. (Round your answers to the nearest ten.) quarter 1 forecast ________ quarter 2 forecast_______ quarter 3 forecast ________ quarter 4 forecast _______

Problem 1 Forecasting • All analysis and calculations and report must be done in a single (ONE) Excel file.• Put your name at the top of the worksheet.• Make Excel do all of the calculations. (Instructor must be able to see your cell-reference formulas.)• Include report/answers below the forecasting calculations.       o Make sure answers are clear, complete and easy to find.       o Your report must include:                a. Presentation of forecasts                b. Explanation of why you chose each of the methods 1. Tom Simpson, Director of the Chamber of Commerce for Exeter township is investigating the past ten years oftourist visits to the area. The following data has been gathered on number of tourists who signed into the localinformation center. Year     Number of tourists1          7002          2483          6334          4585          14106          15887          16298          13019          145510        1989 Tom is interested in implementing a forecasting system and is…

Subject:- accounting

Required information Problem 9-2   [The following information applies to the questions displayed below.] An air-conditioning repair department manager has compiled data on the primary reason for 41 service calls for the previous week, as shown in the table.   JobNumber Problem/Customer Type JobNumber Problem/Customer Type JobNumber Problem/Customer Type 301 O/C 315 W/R 329 N/C 302 N/C 316 F/R 330 O/R 303 F/R 317 F/R 331 N/R 304 O/R 318 N/R 332 W/C 305 F/R 319 F/R 333 W/C 306 N/R 320 N/R 334 N/R 307 N/C 321 O/C 335 F/C 308 O/R 322 W/C 336 W/C 309 N/R 323 F/R 337 F/C 310 N/C 324 O/C 338 N/R 311 O/C 325 W/C 339 N/R 312 O/R 326 N/C 340 N/C 313 N/R 327 O/R 341 N/R 314 O/R 328 N/R           Key:     Problem type:     Customer type:   N = Noisy C = Commercial customer   F = Equipment failure R = Residential customer   W = Runs warm       O = Odor       Problem 9-2 Part a a. Using the data, prepare a check sheet for the problem…

A service provided delivering packages to a locker for customers to pick up at their convenience is an example​ of:       Question content area bottom Part 1   A. hybrid office.   B. passive contact.   C. active contact.   D. front office.

%24 W WA 6.4 custom - Mat x C The Willingnes Zoom Xb The daily demand for X A clemson canvcas - Bin X Cohnect to Canvas at X https://www.webassign.net/web/Student/Assignment-Responses/submit?pos=D2&dep=27166051&tags=autosave#question4697815 2 -> The willingness of saddle-producers to supply saddles can be modeled as for p < 5 = (d)s 2.194(1.295P) for p 2 5 where S(p) is measured in thousand saddles and saddles are sold for p thousand dollars per saddle. (a) How many saddles will producers supply when the market price is $2000? thousand saddles How many saddles will producers supply when the market price is $9000? (Round your answer to three decimal places.) thousand saddles (b) At what price will producers supply 10 thousand saddles? (Round your answer to three decimal places.) thousand per saddle (c) Calculate the producer revenue when the market price is $6500. (Round your answer to three decimal places.) x million 24 (d) Calculate the producer surplus when the market price is $6500.…

123456789unn3u5167 10 5 6 Variable Cells 18 19 20 21 22 23 24 25 26 27 28 29 30 31 7 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 8 9 10 11 2 11 13 12 14 12 Constraints Name Cell $B$15 demand for A LHS $B$16 total demand LHS 16 17 $B$17 procssing time LHS Cell $C$8 A $D$8 B 15 16 Name Final Reduced Objective Allowable Allowable Value Cost Coefficient Increase Decrease 1E+30 250 100 Final Value Price 250 350 600 0 0 Shadow Constraint R.H. Side 0 4 -1 2 3 Q1 what is the range for objective coefficient of A and B? 125 350 600 1 1E+30 Allowable Allowable Increase Decrease Q4) if the objective coefficient of A goes up to 5 dollars what will happen? Q2 assume that the final value of B is 0 and the reduced cost of B is 1; explain the situation ? Q5 If the objective coefficient of B goes up to 8 dollars what will happen? Q6) if the obj coeff of A goes down to -5 dollars what does that mean? 125 125 100 1 Q3 if the objective coefficient of A goes down to 1 dollar and objective coefficient of B…

How can I match the term with its defin

how can I analyse my findings for question 4&5?

Solve this