age and state where they reside. Determine and print the average age of your family and print the names of anyone who live in Texas. 1. Problem definition: Design a program that will allow a user to Input a list of your family members along with their age and state where they reside. Determine and print the average age of your family and print the names of anyone who live
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Part One questions carries 1 mark each & Part Two questions carries 5 marks each. MM.100 Part One: Multiple Choices: 1. Season Index = a. =Period average demand / deseasonalized demand b. =deseasonalized demand / period average demand c. =Period average demand / average demand for all periods d. = average demand for all periods / period average demand 2. Poke-yoke was first introduce by a. Edger Schein of America b. Lawrence D. Miles of U.S.A c. Shigeo Shingo of Japan d. None of the above 3.
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Grade Point Average (GPA) Grade point average (GPA) is the measure of how well you are doing in your academic studies. At Costaatt‚ the academic grading scale goes from A-F with matching points ranging from the highest 4.0 to the lowest 0.0. This is a mathematical calculation that indicates where an average of grade falls on the scale. When calculating your GPA firstly multiply the amount of grade points achieved‚ by the amount of credits for each subject‚ and then divides the total amount of grade
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the following numbers using scientific or "powers of 10" notation. a) 125 hundred million light-years 1.25 x 10 ^8 b) 125 billionths of a meter 1.25 x 10^-7 c) the average distance to our Moon in units of parsecs (Consult an appropriate Appendix of the text.) d) the average distance to our Moon in units of nanometers 2. How long does it take light photons to travel the following distances? (Assume light is traveling in a vacuum‚ like space.)
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The average stock prices for each of the four years shown in Exhibit 1 were as follows: 1998 111/4 = 27.75 1999 163/4 = 40.75 2000 281/2 = 140.5 2001 91/2 = 45.5 a. compute the price/earnings ratio for each year. That is‚ take the stock price shown above and divide by net income per common stock-dilution from exhibit 1. 2001 (3‚417)/$ 0.27 = 12‚655.5 2000 (3‚379)/$0 .55 = 6‚143.63 1999 (3‚282)/$ 0.31 = 10‚587.09 1998 (3‚180)/$ 0.24 = 13‚250.00 b. Why do you think P/E has changed
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potential for above average returns; identify the strategy appropriate for the industry which brings the returns sought; develop or quire assets and skills needed to implement the strategy; use the firm’s developed strengths to implement the strategy. (Can describe one or more weaknesses of this model?) The Resource-Based Model This model adopts an internal perspective to explain how a firm’s unique internal resources and capabilities serves as a basis for earning above average returns. The model
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Question 4 K Chapman 2007 | Industry Average | Difference between 2007 and Industry Average | GPR 36.68% | 43% | 6.32% | NPR 20.22% | 39% | 18.78% | ROE 38.65% | 45% | 6.35% | Tuesday 5th of June 2012 Report to K Chapman regarding gaining a loan to expand the business The following report has been prepared for K Chapman‚ to evaluate the financial status of the business. K Chapman is looking to expand within the business. K Chapman has applied to be granted a loan from
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Marginal Analysis and Profit Maximization Task A At the point of profit maximization within any firm‚ the aspects of both marginal revenue and marginal cost play a major role. The economically working definition of marginal revenue is termed as: the extra revenue that an additional unit of product will bring. It is the additional income from selling one more unit of a good; sometimes equal to price (MoneyTerms‚ 2005). The marginal revenue of the output of any given product ties closely in the
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approaches a stream. Within 3.0s‚ its speed has reduced to 2 m s−1. Calculate the average acceleration of the cheetah. Solve the following: 1. A sports car‚ accelerating from rest‚ was timed over 400 m and was found to reach a speed of 120 km h−1 in 18.0 s. a. What was the average speed of the car in m s−1? b. Calculate the average acceleration of the car in km h−1 s−1. c. What was its average acceleration in m s−2? d. If the driver of the car had a reaction time of
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Law of Equi Marginal Utility According to this‚ a consumer is in equilibrium when he distributes his given money income among various goods in such a way that marginal utility derived from the last rupee spent on each good is the same. Assumptions The main assumptions of the law of equi-marginal utility are as under: (1) Independent utilities. The marginal utilities of different commodities are independent of each other and diminishes with more and more purchases. (2) Constant marginal
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