Answer:
s = $13,014.22
Explanation:
Sample values: $40,632, $35,554, $42,192, $33,432, $69,479 and $43,589
Sample size = 6
The standard deviation of a sample (s) is given by:
Where X is the sample mean, n is the sample size, and xi is each value in the sample.
The sample mean is given by:
The standard deviation is:
Answer:
-4 units
Explanation:
Using the midpoint method, Blake's income elasticity of demand for generic potato chips is given by the change in demand (D) multiplied by his average income (I), divided by the change in income multiplied by the average demand:
Blake's income elasticity of demand is -4 units.
Answer:
E.pay the holder the LIBOR interest above 6%.
Explanation:
On the off chance that the firm is selling the asset(floor) at 6%, it implies that the benefit is in contract and thus when selling the floor the holder of the floor should make installment to the mortgagee at LIBOR+6%, after which the deal will be concluded.
Therefore, the answer will be pay the holder LIBOR interest above 6%
Answer:
A-1 B-3 C-4 D-2
Explanation:
The description given in option A fits utilitarianism which is an ethical term describing a decision where the best outcome for the largest possible number of people is considered the solution.
The description given in option B fits social contract which desribes accepting the authority of the state and deciding on basic principles so that the society can exist.
The description given in option C fits virtue ethics which is a field of ethics that discusses virtues such as honesty.
The description given in option D fits deontology which is an ethical theory that suggests that each action should be examined if it is good or bad by following certain rules.
I hope this answer helps.
Answer:
A. Take $1 million now.
Explanation:
A. If we take $1 million now the present value of the money is $1 million.
B. If we choose to take $1.2 million paid out over 3 years then present value will at 10% will be;
$300,000 + $300,000 / 1.2 + $300,000/ 1.44 + $300,000 / 1.728
$300,000 + $250,000 + $208,000+ $173,611 = $931,944
The present value of option B is less than present value of option A. We should select option A and take $1 million now.
