10:38 P Vo 4G 73 Time Left: 01:59:48 Tag the question Step-by-step Final solution Chegg Home Expert Q&A My solutions Student question Question 39 of 48 This test: 70 point(s) possible This question: point(s) possible A purely competitive firm faces the marginal product schedule shown in the table below. The price of the product is $20 and the wage rate is $120 per worker. Calculate the marginal revenue product and complete the table. (Enter your responses as whole numbers.)\table Workers, \table[[Marginal Product], [(MP)]]\lable[[Marginal Revenue], [Product { MRP )]]], [10,20,], [11,16,], [12, 12,], [13, 10,], [14,6,], [15,2,]] The firm should hire A. 11 workers B. 12 workers C .15 workers D. 14 workers Economics Sub-subject Search And Select Question 39 of 48 Skip question Exit Back Next Submit your solution =

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…

Complete the table below: Output TotalCost(RM) Totalvariablecost(RM) Totalfixedcost(RM)Averagefixedcost(RM)Averagetotalcost(RM)Marginalcost (RM) 0 505 16010 20020 25036 33058 40072 48088 580106 700130 820150 980

FC VC TC MC AFC AVC ATC 1. 160 65 3 10 20 55 4 28

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?

Give with diagram mandatory

im pretty sure i need some tyoe of graph

Required information. Graph A shows the market demand and supply i... Graph A shows the market demand and supply in a perfectly competitive market. Graph B shows the cost curves of a representative profit-maximizing firm in that industry. Qayerd Onthousand) ATC AVC 100 129 Otype per TB 08-94 Refer to the above figure to answer this que... Refer to the above figure to answer this question. Suppose that the industry demand was to increase by 3,000 units. At the new equilibrium, wh

Output TFC TVC TC MC ATC A 25 25 В 1 25 25 50 25 50 C 2 25 40 65 32.5 3 25 70 95 E 25 110 33.75 F 5 25 160 50 What is the marginal cost of the 4th unit of output? 40 25 50 Cannot be determined.

5. In an FEA simulation, you did a mesh independence study. The results were compared with an experimental test and errors were plotted in Figure 7. a) Is the mesh with 8000 elements fine enough, and why? b) Is there another error source in the simulation and what type of errors could it be? Page 3 of 6 ENGG20071 Industrial Design & Product Case Studies Errors 60% 50% 40% 30% 20% 10% 0% 500 1000 2000 4000 8000 Figure 7 Errors plot against number of elements