The safest way to dispose of old bank statements - or anything with sensitive information - is shredding them.
<span>The net energy yield underlies various energy aggregation in economics and ecology such as tropic dynamics, national energy accounting and energy input output modelling in economics and the yield in 1954 can be derived from all this data.</span>
Answer:
a. $80,318.70
b. $97,568.57
Explanation:
Here is the full question :
You have just received a windfall from an investment you made in a friend's business. She will be paying you $ 15 comma 555 at the end of this year, $ 31 comma 110 at the end of next year, and $ 46 comma 665 at the end of the year after that (three years from today). The interest rate is 6.7 % per year. a. What is the present value of your windfall? b. What is the future value of your windfall in three years (on the date of the last payment)?
Present value is the sum of discounted cash flows
Present value can be calculated using a financial calculator
Cash flow in year 1 = $ 15,555
Cash flow in year 2 = $31,110
Cash flow in year 3 = $ 46,665
I = 6.7%
Present value = $80,318.70
The formula for calculating future value:
FV = P (1 + r)^n
FV = Future value
P = Present value
R = interest rate
N = number of years
$80,318.70(1.067)^3 = $97,568.57
Answer:
Pension Expense = EBE = $593440 for income statement
Explanation:
The opening balance of the Plan asset is made by the 40000 from 2018 plus interest of 32000 and the new 400000 made this year. Why include it? Because an opening balance are the funds in an account at the beginning of the year either from last year or are from current year but should be the first entry in the books of the current year.
DBO plan asset EBE
opening balance (600000) 832000 -
interest ( 60000) 66560 6560
current year's service cost (600000) (600000)
( 1260000 ) 898560 <u> 593440</u>
balance sheet liability = 361440
Answer:
Yield to maturity is 1.51%
Explanation:
Zero Coupon rate does not offer any coupon payment and it is issued at deep discount value.
Face value = F = $100
Price = P = $98.50
Year to mature = n = 1 year
Yield to maturity = ( F - P ) / n ] / [ (F + P ) / 2 ]
Yield to maturity = ( $100 - $98.5 ) / 1 ] / [ ( $100 + $98.5 ) / 2 ]
Yield to maturity = $1.5 / 99.25
Yield to maturity = 0.0151
Yield to maturity = 1.51%
