Answer:
The team earns $405 in revenue for each game and $2430 revenue each season. With total costs of $3300 each season, the team finishes the season with $ -870 of profit
Explanation:
TEAM EARNS $ 10 FOR EACH TICKET AND 30 PEOPLE ATTEND A GAME AND SPEND $7 ON CONCESSION STAND BUT TEAM RECEIVE ONLY $ 3.5 OUT OF THIS SO
PER CUSTOMER REVENUE OF TEAM= $13.5
TOTAL REVENUE PER GAME = 13.5 * 30= $405
FOR A SEASON OF 6 GAMES, TOTAL REVENUE= 405* 6=$2430
PROFIT = REVENUE- COST= 2430- 3300 = -870 $
THAT MEANS LOSS OF 870 $
The team earns $405 in revenue for each game and $2430 revenue each season. With total costs of $..3300...... each season, the team finishes the season with $ -870 of profit or loss of $870
Answer: The correct answers are "A. Accept" and "$ 0.01".
Explanation: Given that we talk about optimal strategy when maximizing the expected profit by the player:
In the first case It is convenient to accept the proposal and keep $ 0.12, instead of rejecting it and running out of nothing.
And in the second case it is convenient to give the classmate as little as possible so that he accepts and we have a greater profit.
Answer:
The price elasticity of demand is 1.14.
The price is Elastic.
Elasticity is more than one so total revenue will fall.
Explanation:
Given the initial price of good x = $12
Final price of good x = $12.90
% change in price = [(12.90 - 12) / 12] x 100 = 7.5 %
Initial quantity = 5000
Final quantity = 4600
% change in quantity = [(4600 - 5000)/5000] x 100 = -8%
Elasticity = % change in quantity / % change in price
Elasticity = 8% / 7%
Elasticity = 1.14
The price elasticity of demand is 1.14.
The price is Elastic.
Since elasticity is more than one so total revenue will fall.
