Two important industries on the island of Bermuda are fishing and tourism. According to the data from the food and agriculture organization of the United Nations and the Bermuda Department of Statistics, in 2014 the 315registered fisherman in Bermuda caught 497 metric tons of marine fish. And the 2,446 people employed by hotels produced 580, 209 hotel stays (measured by the number of visitor arrivals). Suppose that this production point is efficient in production. Assume also that the opportunity cost of 1 additional metric ton fish is 2000 hotel stays and that this opportunity cost is constant (the opportunity cost does not change). (a) If all 315 registered fishermen were to be employed by hotels (in addition to the 2,446 people already working in hotels), how many stays could Bermuda produce? (b) If all 2,446 hotel employees were to become fishermen (in addition to the 315 fishermen already working in fishing industry), how many metric tons of fish could Bermuda produce? (c) Draw a production possibility frontier for Bermuda, with fish on the horizontal axis and hotel stays on the vertical axis, and label Bermuda’s actual production point for the year 2014. Concept Introduction: Opportunity Cost: It is the cost of next best alternative activity. For example: A farmer can produce wheat, rice and corn in his field and earns a profit of $100, $200 and $300 per month respectively. Then farmer will choose to grow corn in his field because he will get maximum profit by growing corn. So, the opportunity cost of growing corn will be $200 because the best alternative activity is growing rice because it will give him $200 per month.

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The demand function for organic apples is given by Qd = 20 – 2P while the supply function is given by Qs = 4P – 10.a. Solve for the equilibrium P* and Q*.b. Carefully graph the D & S curves. Include all intercepts and P* and Q* (**enlarge your graph so you can better show the questions below use graphing paper**)i. Suppose that the government legislates a $1/gallon to be collected from the buyer. Identify the new equation for the demand curve. Plot the new demand curve (on the same graph as b).ii. Solve for the new equilibrium PT* and QT* and indicate on your graph. On the same graph, indicate the P that consumers pay (PC) and the P that producers get to keep (PS).c. On another graph with the original D and S curves, impose the same tax ($1/gallon) to sellers. Identify the new equation for the supply curve. Plot the new supply curve. i. Solve for the new equilibrium PT* and QT* and indicate on your graph. On thesame graph, indicate the P that consumers pay (PC) and the P that…

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Chapter 2, Problem 1P

To determine

Two important industries on the island of Bermuda are fishing and tourism. According to the data from the food and agriculture organization of the United Nations and the Bermuda Department of Statistics, in 2014 the 315registered fisherman in Bermuda caught 497 metric tons of marine fish. And the 2,446 people employed by hotels produced 580, 209 hotel stays (measured by the number of visitor arrivals). Suppose that this production point is efficient in production. Assume also that the opportunity cost of 1 additional metric ton fish is 2000 hotel stays and that this opportunity cost is constant (the opportunity cost does not change).

(a)
If all 315 registered fishermen were to be employed by hotels (in addition to the 2,446 people already working in hotels), how many stays could Bermuda produce?
(b)
If all 2,446 hotel employees were to become fishermen (in addition to the 315 fishermen already working in fishing industry), how many metric tons of fish could Bermuda produce?
(c)
Draw a production possibility frontier for Bermuda, with fish on the horizontal axis and hotel stays on the vertical axis, and label Bermuda’s actual production point for the year 2014.
Concept Introduction:

Opportunity Cost:

It is the cost of next best alternative activity. For example: A farmer can produce wheat, rice and corn in his field and earns a profit of $100, $200 and $300 per month respectively. Then farmer will choose to grow corn in his field because he will get maximum profit by growing corn. So, the opportunity cost of growing corn will be $200 because the best alternative activity is growing rice because it will give him $200 per month.

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The demand function for organic apples is given by Qd = 20 – 2P while the supply function is given by Qs = 4P – 10.a. Solve for the equilibrium P* and Q*.b. Carefully graph the D & S curves. Include all intercepts and P* and Q* (**enlarge your graph so you can better show the questions below use graphing paper**)i. Suppose that the government legislates a $1/gallon to be collected from the buyer. Identify the new equation for the demand curve. Plot the new demand curve (on the same graph as b).ii. Solve for the new equilibrium PT* and QT* and indicate on your graph. On the same graph, indicate the P that consumers pay (PC) and the P that producers get to keep (PS).c. On another graph with the original D and S curves, impose the same tax ($1/gallon) to sellers. Identify the new equation for the supply curve. Plot the new supply curve. i. Solve for the new equilibrium PT* and QT* and indicate on your graph. On thesame graph, indicate the P that consumers pay (PC) and the P that…

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