Answer:
- Your optimal strategy is to accept the proposed division.
- Your optimal strategy is to offer your classmate $ 0.49.
Explanation:
An optimarl strategy is one that maximizes a player’s expected payoff. In this case this is a cooperative game.
Answer:
$13,000
Explanation:
The computation of the december 31 liability for the warranty is shown below:
Given that
Warranty expense = 5% of sales
Warranty payable = $13,000
Paid amount = $5,000
Sales = $120,000
based on the above information
The warranty liability as on Dec 31 would be equivalent to the warranty payable i.e. $13,000
The same is to be considered
Answer:
d.The digital cameras manufactured by the firm are seen as the standard for competitors to match.
Explanation:
Mindshare is a term that measures the amount of popularity and consumer awareness in a certain category. To say that Digicon Inc. has a mindshare in the category of digital cameras means that the company sets the bar for the digital cameras market and, therefore, should be seen as the standard that competitors should try to match.
Thus, the answer choice that better fits the description is d.The digital cameras manufactured by the firm are seen as the standard for competitors to match.
Answer:
hello your question has some missing part attached below is the missing demand curve
Answer :
1) the quantity of health procedures Individuals will demand is greater than the optimal quantity ( 20 procedures )
2) quantity of medical procedure
3) $200
Explanation:
1) Based on the given demand and supply, the given transportation problem is the quantity of health procedures Individuals will demand is greater than the optimal quantity ( 20 procedures )
2) A dummy quantity of medical procedure should be introduced
3) Total cost of optimal solution
optimal quantity of medical procedure ( Qd) * price of medical procedure(Qp)
= 20 * 100
= $200
Answer:
Option D is correct
Expected rate of return = 18.6%
Explanation:
The expected rate of return is the proportion of average investment that is earned as income . It is calculated as follows:
Rate of return on investment = average return / Average investment
Average investment = (Initial cost + salvage value)/ 2
Average investment = 89,000 +14,000/ 2= 51500
Net income = $9,600
Expected rate of return = 9,600/51,500× 100
= 18.6%
