Question

Player A and Player B play the same number of games in the NBA regular season....

Player A and Player B play the same number of games in the NBA regular season. Player A gets 16 rebounds per game and 1.6 blocks per game. Player B gets 15 rebounds per game and 1 blocks per game. Which of the following is true concerning comparative advantage between these two players? A. Player A has comparative advantage in blocks. Player B has comparative advantage in rebounds B. Player A has comparative advantage in rebounds. Player B has comparative advantage in blocks C. Player B has comparative advantage in both D. Player A has comparative advantage in both.

Homework Answers

Answer #1

For Player A: 16 rebounds and 1.6 blocks per game

So there are 10 rebounds for every block

For Player B: 15 rebounds and 1 block.

So it is 15 rebounds per block.

So the opportunity cost of block is lesser for Player A. Thus Player A has a comparative advantage in blocks and Player B has a comparative advantage in rebounds.

So the correct option is

A. Player A has comparative advantage in blocks. Player B has comparative advantage in rebounds

If you found this helpful, please rate it so that I can have higher earnings at no extra cost to you. This will motivate me to write more.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
You wish to test whether the number of fouls called in regular season games is different...
You wish to test whether the number of fouls called in regular season games is different than during the NCAA tournament. The mean number of fouls called during all regular season gams is u = 40.1 During 16 randomly selected playoff games n = 16 the mean number of fowls is 38.1 and the standard deviation of the sample = 5.8 Given the data above What is the value of t that is associated with the difference between the regular...
Two players play each other in a pool tournament of "Solids and Stripes". The first player...
Two players play each other in a pool tournament of "Solids and Stripes". The first player to win two games wins the tournament. In the game of "Solids and Stripes", it is equally likely that a player will be assigned solid balls or striped balls. Assume that 1) one-half of the balls are solids and the other half are stripes, 2) the two players have the same skill: each with a 0.5 probability of winning, 3) there are no ties,...
Assume a simple 2 player, sequential move game occurs as follows: Play rotates back and forth...
Assume a simple 2 player, sequential move game occurs as follows: Play rotates back and forth between players- player 1 moves first, then player 2, then player 1 again……and so on. Each time a player gets a chance to move, they choose a number 1 through 5 inclusive (so that 1,2,3,4, & 5 are the five choices they have). Every time a number gets selected, the number is added to a running tally of all numbers that have been selected....
Suppose that two teams, A and B play a series of games that ends when one...
Suppose that two teams, A and B play a series of games that ends when one of them has won 3 games. Suppose that games are played independently and both teams have equal chances of winning in each game. Let X be the number of games played. (i) Find the probability mass function of X. (ii) Find the expected value of X
The game requires $5 to play, once the player is admitted, he or she has the...
The game requires $5 to play, once the player is admitted, he or she has the opportunity to take a chance with luck and pick from the bag. If the player receives a M&M, the player loses. If the player wins a Reese’s Pieces candy, the player wins. If the player wins they may roll a dice for a second turn, if the die rolls on a even number, they may pick from the bag once again with no extra...
Consider a simple game theory exercise between two coworkers (A and B) that are working together...
Consider a simple game theory exercise between two coworkers (A and B) that are working together in a group. Each coworker has two possible actions: “work selfishly” or “be a team player.” If both workers work as team players, then the project is a success and they both earn 10 utility. If both workers work selfishly, then the project fails and they both earn 0 utility. If worker A is selfish and worker B works as a team player, then...
Athens Bulldogs After a season in which he made extensive use of all 12 players on...
Athens Bulldogs After a season in which he made extensive use of all 12 players on his team, a coach is trying to select the starting team for postseason tournament play. The following are the season statistics on the players: Player Position Height Rebounds Points Assists FGA FTA Turnovers Fouls Dave, Guard, 70, 1.3, 1.6, 3.3, 58, 90, 2.1, 3.2 Al, Guard, 72, 1.3, 3.2, 4.5, 53, 85, 1.2, 2.1 Tom, Guard, 69, 2.8, 12.1, 2.2, 47, 70, 3.3, 1.2...
Please Answer all 5 questions (2,4,5,6, and 7) Question 2: At a summer camp, 72% of...
Please Answer all 5 questions (2,4,5,6, and 7) Question 2: At a summer camp, 72% of the campers participate in rope climbing and 26% participate in canoeing. 83% of the campers participate in rope climbing, canoeing or both. what is the probability that a randomly selected camper participate in both rope climbing and canoeing. Answer choices:  A) 0.11 B) 0.15 C) 0.69 D) 0.98 E) Cannot Be Determined Question 4: According to school records, your school’s softball team wins 62% of...
11.) England and Scotland can both produce scones and sweaters. Suppose that an English worker can...
11.) England and Scotland can both produce scones and sweaters. Suppose that an English worker can produce 50 scones per hour or 1 sweater per hour. Suppose that a Scottish worker can produce 40 scones per hour or 2 sweaters per hour. (Draw a diagram of the two production possibilities frontiers in the space below if that would help you to answer the following questions.) a.) Which country has a lower opportunity cost in producing sweaters? (England/Scotland) (2 points) b.)...
Use the following information is answering questions 1 - 11. Assume the demand in a market...
Use the following information is answering questions 1 - 11. Assume the demand in a market is given by Q = 100 - 2P and that MC = AC = 10. Assume there are two sellers whose strategy is to choose a quantity and that seller 1 chooses first and seller 2 chooses second. Assume this game is repeated an infinite number of times. 1. The Stackelberg equilibrium in this market is for firm 1 to produce ____ and firm...