Imagine you have some workers and some handheld computers that you can use to take inventory at a warehouse. There are diminishing returns to taking inventory. If one worker uses one computer, he can inventory 150 items per hour. Two workers sharing a computer can together inventory 200 items per hour. Three workers sharing a computer can together inventory 220 items per hour. And four or more workers sharing a computer can together inventory fewer than 235 items per hour. Computers cost $100 each and you must pay each worker $25 per hour. Instructions: Round your answers to 2 decimal places. a. If you assign one worker per computer, what is the cost of inventorying a single item? b. What if you assign two workers per computer? What is the cost of inventorying a single item?

Imagine you have some workers and some handheld computers that you can use to take inventory at a warehouse. There are diminishing returns to taking inventory. If one worker uses one computer, he can inventory 150 items per hour. Two workers sharing a computer can together inventory 200 items per hour. Three workers sharing a computer can together inventory 220 items per hour. And four or more workers sharing a computer can together inventory fewer than 235 items per hour. Computers cost $100 each and you must pay each worker $25 per hour. Instructions: Round your answers to 2 decimal places. a. If you assign one worker per computer, what is the cost of inventorying a single item? b. What if you assign two workers per computer? What is the cost of inventorying a single item?

Principles of Economics 2e

2nd Edition

ISBN:9781947172364

Author:Steven A. Greenlaw; David Shapiro

Publisher:Steven A. Greenlaw; David Shapiro

Chapter1: Welcome To Economics!

Section: Chapter Questions

Problem 20CTQ: Suppose you have a team of two workers: one is a baker and one is a chef. Explain why file kitchen...

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Check my work Imagine you have some workers and some handheld computers that you can use to take inventory at a warehouse. There are diminishing returns to taking inventory. If one worker uses one computer, he can inventory 125 items per hour. Two workers sharing a computer can together inventory 175 items per hour. Three workers sharing a computer can together inventory 185 items per hour. And four or more workers sharing a computer can together inventory fewer than 185 items per hour. Computers cost $125 each and you must pay each worker $30 per hour. Instructions: In parts a and b, round your answers to two decimal places. In part c, enter your answer as a whole number. a. If you assign one worker per computer, what is the cost of inventorying a single item? %24 b. What is the cost if you assign two workers per computer? %24 86 What if you assign three? %24 95 c How many workers per computer should you assign if you wish to minimize the cost of inventorying a single item? 3 workers
Do it all in sheet as well graph also in sheet
Teresa is a hard-working second-year university student. One Thursday, she decides to work nonstop until she has answered 100 practice problems for her physics course. She starts work at 8:00 AM and uses a table to keep track of her progress throughout the day. She notices that as she gets tired, it takes her longer to solve each problem. Time 8:00 AM 9:00 AM 10:00 AM 11:00 AM Noon Total Problems Answered 0 40 70 90 100 Use the table to answer the following questions. The marginal, or additional, gain from Teresa's second hour of work, from 9:00 AM to 10:00 AM, is The marginal gain from Teresa's fourth hour of work, from 11:00 AM to noon, is problems. problems. Later, the teaching assistant in Teresa's physics course gives her some advice. "Based on past experience," the teaching assistant says, "working on 35 problems raises a student's exam score by about the same amount as reading the textbook for 1 hour." For simplicity, assume students always cover the same number of pages during…
Imagine you have some workers and some handheld computers that you can use to take inventory at a warehouse. There are diminishing returns to taking inventory. If one worker uses one computer, he can inventory 125 items per hour. Two workers sharing a computer can together inventory 175 items per hour. Three workers sharing a computer can together inventory 185 items per hour. And four or more workers sharing a computer can together inventory fewer than 185 items per hour. Computers cost $100 each and you must pay each worker $25 per hour. Instructions: In parts a and b, round your answers to two decimal places. In part c, enter your answer as a whole number. a. If you assign one worker per computer, what is the cost of inventorying a single item? $ b. What is the cost if you assign two workers per computer? What if you assign three? $ c. How many workers per computer should you assign if you wish to minimize the cost of inventorying a single item? workers
Serena and John run a business that sets up and tests computers. Assume that Serena and John can switch between setting up and testing computers at a constant rate. The following table applies. Serena John Minutes Needed to Set Up 1 Computer 48 30 Test 1 Computer ? 40 Number of Computers Set Up or Test in a 40-Hour Week Computers Set Up Computers Tested 50 80 (25 computers set up, 40 computers tested) (0 computers set up, 80 computers tested) (8 computers set up, 32 computers tested) (50 computers set up, 0 computers tested) 80 60 Refer to Table 3-7. Which of the following points would not be on Serena's production possibilities frontier, based on a 40-hour week?
Sean is a hard-working college freshman. One Thursday, he decides to work nonstop until he has answered 88 practice problems for his physics course. He starts work at 8:00 AM and uses a table to keep track of his progress throughout the day. He notices that as he gets tired, it takes him longer to solve each problem. Time Total Problems Answered 8:00 AM 0 9:00 AM 40 10:00 AM 64 11:00 AM 80 Noon 88 Use the table to answer the following questions. The marginal, or additional, gain from Sean’s second hour of work, from 9:00 AM to 10:00 AM, is problems. The marginal gain from Sean’s fourth hour of work, from 11:00 AM to noon, is problems. Later, the teaching assistant for Sean’s physics course gives him some advice. “Based on past experience,” the teaching assistant says, “working on 12 problems raises a student’s exam score by about the same amount as reading the textbook for 1 hour.” For simplicity, assume students always cover the same number of…
Imagine you have some workers and some handheld computers that you can use to take inventory at a warehouse. There are diminishing returns to taking inventory. If one worker uses one computer, he can inventory 100 items per hour. Two workers sharing a computer can together inventory 150 items per hour. Three workers sharing a computer can together inventory 160 items per hour. And four or more workers sharing a computer can together inventory fewer than 160 items per hour. Computers cost $100 each and you must pay each worker $25 per hour. If you assign one worker per computer, what is the cost of inventorying a single item? What if you assign two workers per computer? Three? How many workers per computer should you assign if you wish to minimize the cost of inventorying a single item?
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What can be concluded from the graph?
We have the results from our first Facebook ad campaign. The following table summarizes the results broken down by age and whether the person seeing the add clicked through. Age 40 or under 85 Age more than 40 65 Total Clicked Through 150 Did Not Click 590 260 850 Total 675 325 1000 For our up(combing) (pun intended) campaign, I want to make it as effective as possible, a cut above all other ad campaigns! I'm thinking that since 85 (or 56.7%) of the 150 people who clicked through to our website are age 40 or less, we should focus our ads to only younger people. I'm not great with number though, and since I know you had a stats class in college, I wanted to get your opinion. Should we focus our adds only to those age 40 and under or should we do something else?
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