Answer:
c) $767,464.54
Explanation:
The computation of the future value of an annuity is shown below:
As we know that
Future value of annuity F = Payment made × ((1 + rate of interest)^t - 1) ÷ r
ate of interest
= $3,400 × (1.092^35 - 1) ÷ 0.092
= $3,400 × 225.7249
= $767,464.54
Hence, the future value of an annuity is $767,464.54
Therefore the correct option is c.
Answer: -13.35%
Explanation:
Based on the information given in the question, the annual rate of return on this painting will be calculated thus:
Sales price of painting = $1,080,000
Cost price of painting = $1,660,000
The sales Price formula is given as
= Cost price × (1 +r)³
1080000 = 1660000 × (1+r)³
1,080,000/1,660,000 = (1+r)³
0.65 = (1 + r)³
Annual rate of return r will now be:
= 0.6506^⅓ - 1
= -13.35%
Answer:
The deposit of $178,000 by Mr. Rho appears under Liabilities of Waterfield Bank as shown in the attached photo.
Explanation:
Note: See the attached photo for the T-account Illustration for Waterfield Bank after this transaction has occurred.
The the proceeds of the home sale deposited by Mr. Rho into his checking account at Waterfield Bank is liability to Waterfield Bank. Therefore, the deposit of $178,000 by Mr. Rho appears under Liabilities of Waterfield Bank as shown in the attached photo.
He refused to help enslaved people escape