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Consider a large clothing shop in Sydney. Suppose it is known that the number of ...

Consider a large clothing shop in Sydney. Suppose it is known that the number of business suits sold per day is normally distributed with a mean, ? = 23 and standard deviation, ? = 10.  Mr Wood is employed to sell business suits. The number of business suits he sells each day for 40 days is recorded and the mean number per day calculated.   What is the probability that Mr Wood's average daily sales will be less than 19 business suits

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Week 3 Assignment The application assessment consists of six short answer questi ...

Week 3 Assignment The application assessment consists of six short answer questions. All work must be neat, detailed and clearly labeled. Final answers should be identified by either circling or underlining. Submit your work to the appropriate drop box as a Microsoft Word or PDF document. 1.    A school band sold 432 tickets for their upcoming spring concert. This represents about 85.5% of the number of tickets sold last year. How many tickets were sold last year? (Round to the nearest whole number) 2.    Joe paid $8400 in taxes this year. If this represents 80% of the original estimated amount of taxes he expected to pay. What was his original estimate of taxes? 3.    86% of the 1,450 students in New Haven High School are enrolled in Math classes. How many students are enrolled in Math classes? 4.    At Sam’s Used Car Lot, everything has been marked down 13%. Tom purchased a car for the current price of $12,500. How much did a car originally sell for before the mark down? 5.    The wholesale cost of a sofa is $520. Based on selling price, the original markup was 69%. Find the final sale price after the following series of price changes occurred: a markdown of 13%, a markup of 30%, and a second markdown of 36%. Round each intermediate selling price to the nearest cent. 6.    For a particular pickup truck the percent markup is known to be 115% based on cost to the seller. If the seller paid $15,800 for the truck, what would be the percent markup be based on the sale price? (Round to the nearest tenth percent)

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Final Project Assignment SCM 301 Fall 2016 Overview of the Case Analysis   ...

Final Project Assignment SCM 301 Fall 2016 Overview of the Case Analysis   We have discussed many concepts in SCM 301 related to planning, sourcing, making and delivering products and services. The purpose of this case analysis is to integrate the different elements of the course and to apply tools you have learned to evaluate supply chain performance.   The Throx Company hired you as their first Supply Chain intern and today is your first day on the job.  They recruited you from Penn State because it is the best Supply Chain program in the country.  The Throx management team wants to understand how they might improve their performance.   No one on the current management team has a formal supply chain degree.  It is their understanding that at Penn State you are taught a number of practical and insightful tools for evaluating supply chain performance (which of course is true).   For your first assignment, you are tasked with evaluating the company’s recent performance and recommending changes (decisions) to improve supply chain management performance in the future.  Your boss Axel, a marketing MBA graduate from Stanford, provides you with a background summary of recent performance and decisions (below).   He would like to see your preliminary results and recommendations at the end of the week. You should use qualitative and quantitative concepts and methods you learned in  SCM 301 to undertake these two tasks.     Company Background Information   Throx sells higher-end custom-design socks in three-sock sets rather than two to help address the most common complaint about sock ownership: “the dryer ate my sock” that many consumers face.  The company operates from a small packaging and distribution facility in Richmond, CA from which it ships product to customers.  Given the company’s location and focus, 97% of sales are in California, primarily in the major urban areas of the San Francisco bay area, Los Angeles, Sacramento and  San Diego.  The company sells exclusively via online sales, at an average price of $15/three-sock set, plus shipping costs charged to the customer.    The company currently orders its product from the Chinese sock manufacturer Zhejiang Datang Hosiery Group Co., Ltd in so-called “Sock City.”  Socks are shipped via truck to the port of Shanghai, from where they are shipped to the port at Los Angeles-Long Beach via ocean freight. Once offloaded in Los Angeles-Long Beach, the socks are shipped via truck to the Richmond facility.  On average, shipment from the manufacturer to the Richmond facility takes 4 weeks.  In addition to the transit time required for shipment, the lead time from when an order is placed with the manufacturer to when it is shipped from Zhejiang is 2 weeks (order processing time). So, the total lead time is considered to be 6 weeks from when Throx places an order until it reaches the Richmond facility.  Historically, the standard deviation of lead time has been 1 week.     Product Orders (Demand) Information   The company provides you with the following information for the past two fiscal years:   Demand Characteristic (3 sock sets) FY 2014 FY2015 Actual Annual Demand 15,000 22,000 Average Weekly Demand 290 425 Variance of Weekly Demand 100 150     Product Forecasting Information   Throx uses two main forecasting methods based on annual data to predict orders for the following year, a weighted moving average and exponential smoothing.  They provide you with the following information about forecasts for FY 2014 and FY 2015:   Year Weighted Moving Average Forecast   Exponential Forecast   Actual Demand 2014 12,450 13,150 15,000 2015 14,550 14,815 22,000   Weighted Moving Average uses Wt = 0.7 and Wt-1 =0.3. Exponential Smoothing uses ? = 0.9.   Inventory Management Information   The initial inventory for all sock styles combined at the beginning of FY 2016 is 3,500 units.  You also have information on current costs, which includes:   ·       Order cost to Throx for an order placed with its current supplier, $/order = S = $200 ·       Holding cost per set per year = H = $5 ·       The company currently pays $4 for each set of socks. = P   The company uses a continuous review replenishment policy, and has IT systems in place that allow constant monitoring of key information.  Last year, the company used an ROP under this policy of 1,450 units for all sock styles and an order quantity Q of 4,000 units for all sock styles.          Potential Alternatives to Current Supply Chain Management   The company has asked you to evaluate a number of alternatives to their current SCM practices, including at a minimum their choice of supplier, transportation modes, warehouse capacity, order quantities and safety stock.   Alternative Suppliers   The company has contacted potential alternative suppliers in China, who have offered the following information relative to the current supplier: Supplier Characteristic Current Alternate A Alternate B Unit Price$/3-sock set $4.00 $3.00 $1.50 Order Cost, $/order $200.00 $250.00 $400.00 Defect Rate 1.0% 0.5% 4.0% Financial Condition Good Poor Fair   To keep their order management simple, Throx wants to use a single-sourcing strategy, so they want a recommendation about which supplier would be best.     Alternative Transportation An alternative to their current transportation approach available to Throx is shipment by UPS Express Air from Shanghai to Richmond, which averages 3.5 days.  The comparison of costs is given as: Transportation Supplier Characteristic Maersk Ocean Freight (current) UPS AirExpress (Alternative) Shipping Cost $/3-sock  Set $1.50 $2.75 Damage Rate 2.0% .5% Order Processing Time 2 Weeks 2 Weeks Average Transit Time 4 Weeks .5 Weeks Standard Deviation of Transit Time 1 Week 1 Day   Similar to their decision about sourcing, Throx wants to use a single-sourcing strategy for transportation, so they want a recommendation about which mode would be best.   Alternative Warehouse Location The company would also like to assess whether its current warehouse location is appropriate based on where customers are located.  It provides you the following information about its key markets, and indicates that its orders in each market are roughly proportional to the total population.   Market Population X Y LA-Long Beach 14,000,000 34 118 San Francisco 5,000,000 27 122 San Diego 3,000,000 33 117 Sacramento 1,800,000 39 121   Final Project Deliverable to Throx   1)    You want to impress Axel, so you should develop a summary document of 4-6 pages (double-spaced, 12-point font, 1” margins) that addresses each of the following questions.  There’s no need to write a “formal” paper.  For each question below: 1. Complete the required calculations and show your results in a table.   2. Make a recommendation and/or outline your result.  3. Provide a bullet point discussion on the results, any additional qualitative factors considered in your recommendation and/or risks.  2)    Calculate the measures of annual forecast accuracy for FY 2014 and FY2015 using the MFE, MAD and MAPE.  Do these forecasts seem adequate for the purposes of decision making?  Why or why not? 3)    a.) Calculate the EOQ and ROP based on the FY2015 forecast value.  Give your final answer in full sock sets (round to the appropriate whole number.)   b.) Calculate the EOQ and ROP  based on FY2015 actual demand.  Comparing the results, indicate what the implications were for inventory management costs in FY2015.  See additional tips below: a)     Compare the costs for decisions based on the forecast to the actual data b)    Use a service level of 95% (z=1.65) when calculating the ROP c)    Average weekly demand () (given in summary table-rounded to nearest “5”) d)    For the variance in weekly demand, use the data provided in the table with the FY2015 forecast for both approaches e)     Annual Inventory management costs will include the following: Annual Holding Costs, Annual Ordering Costs, and Purchase Cost. 4)    Calculate inventory management costs for the company’s current decisions about Order Quantity (Q) and ROP (provided in the case) based upon FY 2015 actual demand.  Compare these to the costs to that would have been achieved if the company had used its forecast for FY2015 to determine EOQ and ROP (what you calculated in Question 2 part b). 5)    Develop a forecast for FY 2016 using the two forecasting methods currently employed by the company.  You will be calculating a simple two period forecast—use 2014 and 2015 annual forecasts/actuals to develop your 2016 forecast.  Comment on which of the forecasts is likely to be more appropriate to support decisions based on your assessment of forecast accuracy.  Use ONE of the forecast values to support your recommended decisions in Question 5 below. 6)    Provide the company with the following recommendations for FY 2016 to improve SCM performance, based on analysis of available data and appropriate methods from SCM 301.  Be sure to justify your recommendation.  Use your forecast values from 4) as input into your decisions. a)     Recommend which of the three suppliers should be used for FY2016.  It will be helpful to develop a supplier scorecard (NOTE: Use scores of 3=best, 2=second best, 1=worst); b)    Recommend which transportation mode should be used for FY2016.  You may use a scorecard, but you must also include an analysis of the transportation costs associated with each option and discuss other implications (such as inventory levels, safety stock, etc); c)     Recommend an appropriate location for a new facility if one is to be built.  Round your final coordinates (X, Y) to two decimal places.  Use methods discussed in the course, but be sure to include discussion of other relevant factors that would influence the choice of a specific location; d)    Recommend the EOQ and ROP for FY2016 based on your forecast from Question 4 (round to full sock sets) and recommended supplier from Question 5a.  Use the variability of demand from 2015 as an estimate for variability of demand in 2016.   Calculate the  expected costs for annual inventory management based on your recommendations  (see Question 2e).  How do these costs compare to the performance observed in FY2015 based on the company’s decisions for that year (Question 3 numbers based upon the order quantity of 4000)?   Final Project Grading Rubric   Your case analysis document will be assessed as follows:         Document Submission   The assignment due date is listed in the course schedule.  The document should be submitted to the appropriate ANGEL Dropbox as a Word document, with the filename:   LASTNAME_SCM301.docx (-5 points if not named with this format)       No late submissions will be accepted due to deadlines for course grade submission.  Please plan accordingly.

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MULTIPLE CHOICE. Choose the one alternative that best completes the statement or ...

MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question. Provide an appropriate response. 1) A test consists of 10 true/false questions. To pass the test a student must answer at least 7 questions correctly. If a student guesses on each question, what is the probability that the student will pass the test? 1) A) 0.945 B) 0.117 C) 0.055 D) 0.172 2) If an investor purchased 50 shares of Pearson Education stock at $85 per share, 90 shares at $105 per share, 120 shares at $110 per share and another 75 shares at $130 per share. What is the mean cost per share? 2) A) $109.40 B) $130.50 C) $110.25 D) $105.50 3) The register of a college recorded the amount of time each student spent waiting in line during peak registration hours one Monday. The frequency table below summarizes the results. Find the standard deviation. Round your answer to one decimal place. Waiting time (minutes) Number of students 0 - 3 15 4 - 7 15 8 - 11 8 12 - 15 9 16 - 19 0 20 - 23 3 3) A) 5.4 B) 5.8 C) 5.6 D) 5.3 E) 5.9 4) The frequency distribution below gives the weight in grams of 100 laboratory mice. What is the probability that the weight of a healthy mouse selected randomly from the sample will be more than 52 grams? Weight in grams of Laboratory Mice Class Interval Frequency 43.5-46.5 16 46.5-49.5 24 49.5-52.5 27 52.5-55.5 24 55.5-58.5 9 4) A) 0.33 B) 0.23 C) 0.67 D) 0.50 SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question. A fair coin is tossed fourteen times. What is the probability of obtaining the following? Express the answer both in terms of Cn, k and as a four-place decimal. 5) Exactly 12 heads? 5) 2 Construct a frequency polygon. 6) Weight of bag of chips (in ounces) Number of bags 15.6-15.7 6 15.8-15.9 22 16.0-16.1 35 16.2-16.3 27 16.4-16.5 10 6) Construct a pie graph, with sectors given in percent, to represent the data in the given table. 7) Favorite Beverage Number of responses Cola 306 Juice 189 Milk 207 Tea 279 Water 135 7) Construct the specified histogram. 8) Construct a histogram for the following set of data on oil rig utilization by type. Oil Rig Type Percentage of Rigs Currently Utilized (Feb. 2004) Jackup 86% Semisub 74% Drill Ship 82% Submersible 86% 8) 3 Provide an appropriate response. 9) A botanist wants to grow a rare plant in his greenhouse. The probability that a given bulb will mature is 0.42. Suppose 6 bulbs are planted. (A) Write the probability function defining this distribution. (B) What is the probability that 3 or more bulbs will mature? (Round your answer to three decimal places.) 9) Which single measure of central tendency - mean, median, or mode - would you say best describes the given set of measurements? Explain why. 10) 36 41 72 81 64 52 83 78 71 40 10

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hello,   i need these problems to be solved typed, and the question should be ...

hello,   i need these problems to be solved typed, and the question should be writtin above each problem.   i uploaded the page and the problems that i circled are the ones that i need them to be solved.   Thank You.

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Suppose the sample space for a continuous random variable is 0 to 200. If the ar ...

Suppose the sample space for a continuous random variable is 0 to 200. If the area under the density graph for the variable from 0 to 50 is 0.25, then the area under the density graph from 50 to 200 is 0.75.

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CAN ANY OF YOU DO IT ?  PLEASE REPLY ASAP  ...

CAN ANY OF YOU DO IT ?  PLEASE REPLY ASAP 

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  Answer using excel spreadsheet. Must show all formulas   9.15 Suppose tha ...

  Answer using excel spreadsheet. Must show all formulas   9.15 Suppose that in Problem 9.14, the standard deviation is 1,200 hours. a. Repeat (a) through (d) of Problem 9.14, assuming a standard deviation of 1,200 hours. b. Compare the results of (a) to those of Problem 9.14.   9.14 question and Answer: (9.14 The quality-control manager at a compact flu-orescent light bulb (CFL) factory needs to determine whether the mean life of a large shipment of CFLs is equal to 7,500 hours. The population standard deviation is 1,000 hours. A random sample of 64 CFLs indicates a sample mean life of 7,250 hours.a. At the 0.05 level of significance, is there evidence that the mean life is different from 7,500 hours?b. Compute the p-value and interpret its meaning.c. Construct a 95% confidence interval estimate of the population mean life of the CFLs.d. Compare the results of (a) and (c). What conclusions do you reach?   9.14 Answer: (a) ZSTAT=7,250-7,5001,000264=-2.0. Because ZSTAT=-2.006 -1.96, reject H0. (b) p@value=0.0456. (c) 7,005…m…7,495. (d) The conclusions are the same.)     9.49 You are the manager of a restaurant that delivers pizza to college dormitory rooms. You have just changed your deliveryprocess in an effort to reduce the mean time between the order and completion of delivery from the current 25 minutes. A sample of 36 orders using the new delivery process yields a sample mean of 22.4 minutes and a sample standard deviation of 6 minutes. a. Using the six-step critical value approach, at the 0.05 level of significance, is there evidence that the population mean deliv-ery time has been reduced below the previous population mean value of 25 minutes? b. At the 0.05 level of significance, use the five-step p-value ap-proach. c. Interpret the meaning of the p-value in (b). d. Compare your conclusions in (a) and (b).   9.55 According to a recent National Association of Colleges and Employers (NACE) report, 48% of college student internships are unpaid. (Source: “Just 38 Percent of Unpaid Internships Were Subject to FLSA Guidelines,” bit.ly/Rx76M8.) A recent survey of 60 college interns at a local university found that 30 had unpaid internships.a. Use the five-step p-value approach to hypothesis testing and a 0.05 level of significance to determine whether the propor-tion of college interns that had unpaid internships is different from 0.48.b. Assume that the study found that 37 of the 60 college interns had unpaid internships and repeat (a). Are the conclusions the same?

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