Answer:
There will be $92,635.42 in the account after 15 years.
Explanation:
Missing question <em>"The interest rate is fixed at 2.05%"</em>
As the employer does a 50% match on the employee’s investment, the monthly contribution to the retirement plan will be = 2 * $220 = $ 440.
The future value (F) of an annuity is given by F = (P/r)[(1+r)n-1]
P is the periodic payment
r is the rate per period
n is the number of periods.
P = 440, r = 2.05/1200 and n = 15*12 = 180.
F = (440*1200/2.05)[ (1+2.05/1200)180 -1]
F = (528000/2.05)*0.359664042
F = 92635.4215493
F = $92635.42
Thus, there will be $92,635.42 in the account after 15 years.
Answer:
C.$5,000.
Explanation:
November 1, 2013
Amount of Loan = $500,000
As the Interest is payable at maturity, at December 31, 2013 only one month of interest expense is accrued, which is not paid, Following Journal entry will be passed tor record the interest expense.
Dr. Interest Expense $2,500
Cr. Interest Payable on Note $2,500
Interest Expense = $500,000 x 6% x 2/12 = $5,000
Phyllis' RATE (percentage) of return is 7 percent
<u>Explanation:</u>
Data provided in the question:
Purchase price for each share = $50
Dividend received = $1 per share
worth of shares at the end of year = $52.50
Thus, total return on the share = dividend received plus worth of sahres at the end of year minus purchase price
= $1 plus $52.50 minus $50 = $3.5
Therfore, rate of return = [ total return on the shares by purchase price ] into 100%
= [$3.5 by $50] inot 100 percent
= 7 percent
hence, the option with 7 percent will be the correct answer.
I’m not sure about the first one (my best guess is B.) but the second one is A.