Answer: $80 million per year for 25 years
Explanation:
The option you should choose is one that will guarantee you the highest present value.
This means that you need to discount the annual payment of $80 million per year for 25 years to find the present value. As you did not include a rate, we shall assume a rate of 8% for reference purposes.
The annual payment is an annuity so the present value can be calculated by:
Present value of annuity = Annuity payment * Present value interest factor, rate, no. of years
= 80,000,000 * Present value interest factor, 8%, 25 years
= 80,000,000 * 10.6748
= $853,984,000
<em>The present value of the annual payment is more than the present value of the $850 million received today so the Annual payment should be taken. </em>
The journal entry to reflect this transaction would include a credit to T. Dole, Capital in the amount of $90,000.
<h3>
What journal entries?</h3>
- A journal entry is an act of keeping or producing records of any economic or non-economic transaction.
- An accounting journal, which shows a company's debit and credit balances, records transactions.
- The journal entry can be made up of multiple records, each of which is either a debit or a credit.
- Otherwise, the journal entry is termed unbalanced if the sum of the debits does not equal the total of the credits.
So, the journal entry to reflect this transaction would include a credit to T. Dole, Capital in the amount of cash invested, and the fair market value.
30,000 + 60,000 = $90,000
Therefore, the journal entry to reflect this transaction would include a credit to T. Dole, Capital in the amount of $90,000.
Know more about journal entries here:
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The complete question:
T. Dole invests cash and land into an existing partnership. The cash invested is $30,000 and the land has a fair market value of $60,000. The journal entry to reflect this transaction would include a credit to T. Dole, Capital in the amount of $ ______.
D I think is correct answer.
Answer:
b. 7.28%
Explanation:
This question is asking for the yield to maturity(YTM) of the bond. You can solve this using a financial calculator with the inputs below. Additionally, adjust the coupon payment(PMT) and time to maturity(N) to semiannual basis.
Time to maturity; N = 5*2 = 10
Face value; FV = 1000
Price of bond; PV = -1071
Semiannual coupon payment; PMT = (9%/2) *1000 = 45
then compute semiannual interest rate; CPT I/Y = 3.64%
Next, convert the semiannual rate to annual rate(YTM) = 3.64% *2
YTM = 7.28%
Answer:
15%
Explanation:
because most company don't want to calculate interest of decimal number so they rounded it
