Answer:
27.14 months
Explanation:
to calculate how long it will take to pay the loan, we can use an excel spreadsheet and the NPER function:
=NPER(rate,payment,-loan)
- payment = 630
- rate = 1.03
- loan balance = 14,850
=NPER(1.03%,630,14850) = 27.14 months
Answer:
$50,120
Explanation:
Account receivable on December 31, 2021 × 3% = 600
Account receivable on December 31, 2021 = $600 ÷ 3% = $20,000
Accounts receivable on January 1, 2021 = $20,000 - $118,000 + $148,000 + $120 = $50,120
Therefore, the balance of accounts receivable on January 1, 2021 is $50,120.
Answer:
$12,500
Explanation:
Budgeted cash receipts refer to the money that the company expects to receive in a specific period of time.
Budgeted cash disbursements are the payments that the company expects to make in a specific period of time.
$19,500+190,500-191,000= 19,000
Then, you have to subtract 19,000 from 31,500 to determine the amount that the company needs to attain its desired ending cash balance:
31,500-19,000= 12,500
According to this, the company should borrow $12,500.
The answer is Pool Cleaning Systems. The relevant market product is Pool Cleaning System. It is engineered to clean the entire pool, including floors, steps, benches, even spas. Nozzles pop up consecutively to direct a power jet of water to direct debris towards the MDX-R3 drain.
Answer:
Coupon (R) = 6.8% x 10,000 = $680
Face value (FV) = $10,000
Number of times coupon is paid in a year (m) = 2
No of years to maturity = 8 years
Yield to maturity (Kd) = 8% = 0.08
Po = R/2(1- (1 + r/m)-nm) + FV/ (1+r/m)n
m
r/m
Po = 680/2(1-(1+0.08/2)-8x2) + 10,000/(1 + 0.08/2
)8x2
0.08/2
Po = 340(1 - (1 + 0.04)-16) + 10,000/(1 + 0.04)16
0.04
Po = 340(1-0.5339) + 10,000/1.8730
0.04
Po = 3,961.85 + 5,339.03
Po = $9,300.88
Explanation:
The current market price of a bond is a function of the present value of semi-annual coupon and present value of the face value. The present value of semi-annual coupon is obtained by multiplying the coupon by the present value of annuity factor at 8% for 8 years. The present value of face value is obtained by discounting the face value at the discount factor for 8 years. The addition of the two gives the present value of the bond. All these explanations have been captured by the formula.
