Musashi is a skilled toy maker who is able to produce both cars and balls. he has 8 hours a day to produce toys. the following table shows the daily output resulting from various combinations of his time.
on the following graph, use the blue points (circle symbol) to plot musashi's initial production possibilities frontier (PPF)
Suppose Clancy is currently uğing combination D, producing one truck per day. His opportunity cost of producing a second truck per day is _______ per day.
Now, suppose Clancy is currently using combination C, producing two trucks per day. His opportunity cost of producing a third truck per day is _______ per day.
From the previous analysis, you can determine that as Clancy increases his production of trucks, his opportunity cost of producing one more truck _______
Suppose Clancy buys a new tool that enables him to produce twice as many trucks per hour as before, but it doesn't affect his ability to produce kites.
Use the green points (triangle symbol) to plot his new PPF on the previous graph.
Because he can now make more trucks per hour, Clancy's opportunity cost of producing kites is _______ it was previously.
Initial PPF = last 2 columns
New PPF = First and last column
Blanks-
1) 15-13 = 2 balls
2) 13-8 = 5 balls
3) increases
4) higher than
Musashi is a skilled toy maker who is able to produce bothcars and balls. he...
Clancy is a skilled toy maker who is able to produce both trucks and kites. He has 8 hours a day to produce toys. The following table shows the detailed output resulting from various possible combinations of his time. On the following graph, use the blue points (circle symbol) to plot Clancy's Initia' production possibilities frontier (PPF). Suppose Clancy is currently uğing combination D, producing one truck per day. His opportunity cost of producing a second truck per day is _______ per...
Musashi is a skilled toy maker who is able to produce both cars and drums. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Hours Producing Produced Choice (Cars) (Drums) (Cars) (Drums) A 8 0 4 0 B6238. c44214 D2616 E 08 017 On the following graph, use the blue points (circle symbol) to plot Musashi's initial production possibilities frontier (PPF). 21:26 Initial PPF New...
Lorenzo is a skilled toy maker who is able to produce both trucks and kites. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Choice Hours Producing Produced (Trucks) (Kites) (Trucks) (Kites) A 8 0 4 0 B 6 2 3 11 C 4 4 2 16 D 2 6 1 19 E 0 8 0 20 On the following graph, use the blue points...
Lucia is a skilled toy maker who is able to produce both trucks and kites. She has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of her time. On the following graph, use the blue points (circle symbol) to plot Lucia's initial production possibilities frontier (PPF). Suppose Lucia is currently using combination D, producing one truck per day. Her opportunity cost of producing a second truck per day is _______ per...
Hubert is a skilled toy maker who is able to produce both trains and kites. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Suppose Hubert is currently using combination D, producing one train per day. His opportunity cost of producing a second train per day is _________ per day. Now, suppose Hubert is currently using combination C, producing two trains per day. His opportunity...
S. Oppartunity cest and preduction possibiisies Crystal is a skilled toy maker who is able to produce both trucks and kites. She has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of her time. Hours Preducing Preduted Cheice Trucksy ces (rucks) CMes) On the following graph, use the blue points (circle symbol) to plot Crystal's initial production possibilities frontier (PPF). Suppose Crystal is currently using combination D, producing one...
5. Opportunity cost and production possibilities Darnell is a skilled toy maker who is able to produce both trucks and balls. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Hours Producing Produced (Trucks) (Balls)' (Trucks) (Balls) Choice ON ON On the following graph, use the blue points (circle symbol) to plot Darnell's initial production possibilities frontier (PPF). Homework (Ch 02) On the following graph,...
5. Opportunity cost and production possibiliies Edison is a skilled toy maker who is able to produce both trucks and balls. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Hours Producing Produced Choice (Trucks) (Balls) Trucks) (Balls) 8 0 4 03 6 2 16 19 20 6 8 (0 On the following graph, use the blue points (circle symbol) to plot Edison's initial production...
Opportunity cost and production possibilities Gilberto is a skilled toy maker who is able to produce both trains and kites. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Hours ProducingProducedChoice(Trains)(Kites)(Trains)(Kites)A8040B62310C44216D26119E08020On the following graph, use the blue points (circle symbol) to plot Gilberto's initial production possibilities frontier (PPF). Suppose Gilberto is currently using combination D, producing one train per day. His opportunity cost of producing a second train...
Bob is a skilled toy maker who is able to produce both cars and balls. He has 8 hours a day to produce toys. The following table shows the daily output resulting from various possible combinations of his time. Suppose Bob is currently using combination D, producing one car per day. His opportunity cost of producing a second car per day is _____ per day A. C1 ball B. 3 balls C. 16 balls D. 19 balls Now, suppose Bob...