5% of 2265$ is 113,25$
Because 5% is 5/100 so 5 x 2265$ = 11325$
11325$ : 100 = 113,25$
Second year cost is the first year’s plus 5% so
2265$ + 113,25$ = 2378,25$ (second year cost)
The person who receives financial protection from a life insurance plan is called a Beneficiary. The other side is the policy owner. he beneficiary is usually selected at the time of the policy inception by the owner of the contract.Beneficiary Order
, Beneficiary Changeability and Beneficiary Legal Type are the three types of Beneficiaries for Life Insurance.
The answer to this question is: <span>Sytems viewpoint, contingency viewpoint, and quality management
</span>System viewpoint refers to an approach to problem-solving that see the problem at a whole. Contingency viewpoint is a developmental effort that made into managerial approach, and quality management refers to the effort to maintain the standard result of our tasks
Answer:
Select the answer that best describes the strategies in this game.
- Both companies dominant strategy is to add the train.
Does a Nash equilibrium exist in this game?
- A Nash equilibrium exists where both companies add a train. (Since I'm not sure how your matrix is set up I do not know the specific location).
Explanation:
we can prepare a matrix to determine the best strategy:
Swiss Rails
add train do not add train
$1,500 / $2,000 /
add train $4,000 $7,500
EuroRail
do not add train $4,000 / $3,000 /
$2,000 $3,000
Swiss Rails' dominant strategy is to add the train = $1,500 + $4,000 = $5,500. The additional revenue generated by not adding = $5,000.
EuroRail's dominant strategy is to add the train = $4,000 + $7,500 = $11,500. The additional revenue generated by not adding = $5,000.
A Nash equilibrium exists because both companies' dominant strategy is to add a train.
Answer:
The expected value of the car you will buy is $22,000
Explanation:
In the given question, the car values are symmetrically distributed which means that we have to compute the mean between the values that are mentioned in the question.
So, the mean is an average of the numbers, the computation is shown below:
= (Value 1 + value 2) ÷ (number of observations)
= ($20,000 + $24,000) ÷ 2
= $22,000