The dollar-weighted annual yield for this nine-month period is -2.7%.
<u>Solution:</u>
The investment of deposit on April 1 (Feb, March = 2 months)
The investment of deposit on May 1 (Feb, March, April = 3 months)
Therefore, Dollar-weighted annual yield for this nine-month period,
On plugging-in the values,
In percentage notation,
Answer: it would have cost, more money for the employees and about 70% buy at least on whole food per trip. ( so sorry if this does make sense)
Explanation:
Answer:
B. will be horizontal
Explanation:
A type of market where output is identical to the output of any other firm in the market and the market has many firms and transaction costs are low is the perfect competition.
The demand curve is horizontal because in this type of market, price is set by the forces of demand and supply. Buyers are sellers are price takers and they don't have any influence over prices. At the going market price, sellers sell all the quantities of their products.
But if they attempt to increase price, quanitity demanded would fall to zero as consumers would easily shift to other sellers. Also, there would be no incentive to reduce price because they would be earning a loss.
I hope my answer helps you
<!--td {border: 1px solid #ccc;}br {mso-data-placement:same-cell;}--><span>The unwritten body of universal moral principles that underlie the ethical and legal norms by which human conduct is sometimes evaluated and governed. Natural law is often contrasted with positive law, which consists of the written rules and regulations enacted by the government. Philosophers of natural law are known as naturalists.
Naturalists believe natural law principles are part of nature and exist in their own right, independent of human systems. Naturalists believe governments need to involve natural law principles into their systems.</span>
Answer:
A= $4,838.95 monthly
Explanation:
Giving the following information:
She is currently planning to retire in 30 years and wishes to withdraw $10,000/month for 20 years from her retirement account starting at that time.
First, we need to calculate the amount needed for retirement:
FV= 10,000*12*20= 2,400,000
Now, we can use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
Effective rate= 0.02/12= 0.0017
n= 12*30= 360
A= (2,400,000*0.0017)/[(1.0017^360)-1]
A= $4,838.95 monthly
