Questions 22-24 rely on the following prompt:
Two street vendors (Vendor 1 and Vendor 2) with mobile carts produce the same good which they sell at the same price. Customers are located along a linear boardwalk with six locations (Location A through Location F), with a different number of customers in each location, as pictured below:
22.The total number of customers = X+38
If X=12 then total number of customers = 12+38=50 and total number of locations =6
and equilibrium number of customers = 50/6=8.33 which is nearest value to number of customers i.e., 8 in point E.
Therefore, the vendor 1 will relocate to location E.
The correct answer is e) E
23. The equilibrium location is E when X =12 from part 22. Therefore, vendor 2 will also relocate to location E as in this case, both vendors can move into same location.
The correct answer is e. E
24 if X=7
then equilibrium value of customers = (38+7)/6=7.5 which is nearest to 7.
Again if X=5, then
equilibrium value of customers = (38+5)/6= 7.16 which is also nearest to 7.
Therefore, the smallest value of X is 7 that will make (A,A) an equilibrium.
Questions 22-24 rely on the following prompt: Two street vendors (Vendor 1 and Vendor 2) with...
Questions 22-24 rely on the following prompt: Two street vendors (Vendor I and Vendor 2) with mobile carts produce the same good which they sell at the same price. Customers are located along a linear boardwalk with six locations (Location A through Location F), with a different number of customers in each location, as pictured below: 18 So, there are X customers in location A, 4 in B, 6 in C, 2 in D, 8 in E and 18 in...
Questions 22-24 rely on the following prompt: Two street vendors (Vendor 1 and Vendor 2) with mobile carts produce the same good which they sell at the same price. Customers are located along a linear boardwalk with six locations (Location A through Location F), with a different number of customers in each location, as pictured below: А E 12 16 58 So, there are X customers in location A, 4 in B, 12 in C, 4 in D, 16 in...
Two street vendors (Vendor 1 and Vendor 2) with mobile carts produce the same good which they sell at the same price. Customers are located along a linear boardwalk with six locations (Location A through Location F), with a different number of customers in each location, as pictured below 18 So, there are X customers in location A, 4 in B, 6 in C, 2 in D, 8 in E and 18 in F. There are 38 X customers total....
Two street vendors (Vendor I and Vendor 2) with mobile carts produce the same good which they sell at the same price. Customers are located along a linear boardwalk with six locations (Location A through Location F), with a different number of customers in each location, as pictured below: 18 So, there are X customers in location A. 4 in B, 6 in C 2 in D, 8 in E and 18 in F. There are 38 X custmers total....
Questions 16-17 rely on the following information. Firms H and I Cournot compete in a market with inverse demand given by P 160-Q, where Q is the sum of Firm H and Firm I's output, Q = QH + Q1. Firn H's costs are given by TCH = 100H, and l's are given by TC,-10Q1. 16. What will market output, Q, be in equilibrium when both firms are maximizing profit? 17. What price will the firms charge when maximizing profits...
A question of game theory 2. Imagine that a large number of consumers are uniformly distributed along a boardwalk that is 1 mile long. (Hint: "Uniformly distributed" is a mathematical expression which refers to the uniform distribution of a continuous random variable. In this exercise, it essentially describes a situation such that half of the consumers are located along the first half mile of the boardwalk, and the other half of the consumers are located along the second half of...
1) Let f(3) = 22 (Figure 24). Verify the following: 2-1 (a) f(0) is a local max and f(2) a local min. (b) f is concave down on (-0,1) and concave up on (1,0). (c) lim f(a) = - and lim f2) = 0 -1- 1+ (d) y = x + 1 is a slant asymptote of f(x) as to (e) The slant asymptote lies above the graph of f(s) for x < 1 and below the graph for 2...
Assignment 1-2019 1. X: 23 22 44 12 25 24 16 50 42 21 21 36 23 22 41 Y: 50 50 50 50 50 49 43 44 48 47 46 8 3 4 2 P: 5 3 5 7 12 5 43 15 17 11 48 50 41 12 50 a) Make a frequency distributions for data set x and i=1 b) Combine set x, y and p and make a grouped frequency distribution (use i = 4, first bin 2-5). c) Using the same data and distribution add a column that shows the proportion frequency and the relative frequency (%) d) add a further column that shows the cumulative frequency. 2. Use the following grouped frequency distribution to answer the following questions. Score f...
Please give the formula for these two questions 1 Price Supply Demand 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Quantity At the equilibrium price, total surplus is 11. + Refer to Figure 7-15. a. $150. b. $200. c. $250. d. $300. Figure 7-18 1 Price Supply Demand 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150...
Question 9 (1 point) These 2 questions have the same starting information. graphies of politicians 24 23 22 + 21 20 19 18 17 16 15 14. 13 12 11 10 9 M search o DAD here to search 00oC Y = biographies of politicians ONWAVOVOOO 0+ 0 1 2 3 4 М. F 7 6 7 8 9 DOLL N g H 12 13 14 15 16 17 18 19 PO 21 22 23 w > 24 Leslie has...