3. Imagine that you are working at a clothing or grocery store, and answer the questions a. Describe at least two factors you could consider to help decide how much inventory to keep in stock of a particular item at the store. (1-4 sentences. 1.0 points) b. If you were running the clothing or grocery store, which buying method would you prefer to use? Why? (1-4 sentences. 1.0 points) c. If you were running the clothing or grocery store, which inventory control method would you prefer to use? Describe at least one, and explain why you would use it. (1-2 sentences. 1.0 points) d. Describe an example of two products you could combine in a display in the store to show how they could work together. (1-2 sentences. 1.0 points)

Your grandmother told you a dollar doesn't go as far as it used to. she says the purchasing power of a dollar is much lesser than it used to be. explain what she means. try and use and explain terms like inflation and deflation in your answer.

Total marketing effort is a term used to describe the critical decision factors that affect demand: price, advertising, distribution, and product quality. define the variable x to represent total marketing effort. a typical model that is used to predict demand as a function of total marketing effort is based on the power function: d = axb suppose that a is a positive number. different model forms result from varying the constant b. sketch the graphs of this model for b = 0, b = 1, 0< b< 1, b< 0, and b> 1. (we encourage you to use excel to do this.) what does each model tell you about the relationship between demand and marketing effort? what assumptions are implied? are they reasonable? how would you go about selecting the appropriate model?

This year, druehl, inc., will produce 60 comma 000 hot water heaters at its plant in delaware, in order to meet expected global demand. to accomplish this, each laborer at the plant will work 200 hours per month. if the labor productivity at the plant is 0.25 hot water heaters per labor hour, how many laborers are employed at the plant? number of laborers employed by the plant = nothing laborers (round your answer to the nearest whole number).