Answer:
d. $96,914
Explanation:
Parker Co. can execute money market hedge in following steps:
(1) Parker Co. pledges Receivable of SF200,000 to borrow SF190,476 with rate 5% in Switzerland; SF190,476 = SF200,000/ (1+5%)
so it has to pay interest expense of SF9,524 in 360 days. The receivable of SF200,000 is enough for both principal and interest in 360 days.
(2) Then it sells SF190,476 at spot rate $0.48 to get $91,428
(3) Then it deposits $91,428 in US with rate 6% to get back $96,914 in 360 days
; $96,914 = $91,428 * (1+6%)
Answer: by using the formula A=pi(3.14) R(radius) squared
Explanation:
Hope that helped
Suppose that you deposit $4,500 in your bank and the required reserve ratio is 18 percent. The maximum loan your bank can make as a direct result of your deposit is 3690.
<h3>
What exactly is a bank loan and the required reserve ratio?</h3>
- A loan is a quantity of money that one or more people or businesses obtain from banks or other financial organizations in order to handle their finances in connection with anticipated or unforeseen circumstances.
- By doing this, the borrower creates a debt that must be repaid with interest within a predetermined time frame.
- The percentage of deposits that authorities mandate a bank maintain in reserves and refrain from lending out is known as the required reserve ratio.
- If the required reserve ratio is 1 to 10, a bank can only lend out $0.90 of every dollar it has on deposit, but it must retain $0.10 in reserves.
Hence, The maximum loan your bank can make as a direct result of your deposit is 3690.
To learn more about the loan, refer to the following link:
brainly.com/question/25599836
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Answer:
Ans. The value of investment after 2 years is $3,155.51
Explanation:
Hi, first we need toconvert that 9.80 percent, compounded quarterly into an effective quarterly rate, that is just by dividing by 4, since there are 4 quarters in a year, that is:
r(effective quarterly)= 9.8%/4 =2.45%
Now, since the rate is effective quarterly, the periods (time of the invesmet) has to be in quarters, so we multiply 2 years by 4 and we get 8 quarters.
With all the above information, we can go ahead and use the following formula in order to find the future value of this investment.

It should all look like this.

So, the future value of this investment is $3,155.51
Best of luck.