Answer:
The statement is: True.
Explanation:
The Time Value of Money is a concept that states a dollar today is always worth more than a dollar tomorrow. The theory relies on the earning capacity of money. The approach is the reason why entrepreneurs prefer to capitalize on their investments the soonest so the more money available now will represent for them more money accrued in the future.
Answer:
False
Explanation:
In a competitive market, if production (and consumption) continues until the marginal benefit of one more unit equals marginal cost, then total surplus is maximized.
As for any extra unit produced
Marginal Benefit > Marginal cost = Surplus
Marginal Benefit = Marginal cost = No Surplus / No loss
Marginal Benefit > Marginal cost = loss
When your Marginal benefit is maximum and Marginal cost is minimum then the surplus will be maximized.
Most efficient situation in which benefit is maximum and the cost is minimum results in maximized surplus.
Answer: $1,852,320
Explanation:
First find out the proportion owned by Matsui.
= 74,800 shares / 220,000
= 34%
The investment at the end of the year is:
= Cost of investment + Shares of net income - Share of dividend
Share of income:
= Percentage ownership * Net income
= 34% * 240,000
= $81,600
Share of dividend:
= 34% * 72,000
= $24,480
Investment at end of year:
= 1,795,200 + 81,600 - 24,480
= $1,852,320
Answer:
$238000
Explanation:
The computation of the carrying value of the bond is shown below:
Given that
Face Value of Bonds = $250,000
Proceeds from issuance of bonds = $235,000
Before that we need to compute the following things
Now
Discount on Bonds Payable = Face Value of Bonds - Proceeds from issuance of bonds
= $250,000 - $235,000
= $15,000
Life of Bonds = 10 years
Now
Discount on Bonds amortized annually = Discount on Bonds Payable ÷ Life of Bonds
= $15,000 ÷ 10
= $1,500
Now
Discount amortized is
= Discount on Bonds amortized annually × expired life
= $1,500 × 2
= $3,000
Finally
Carrying Value of Bonds = Issue Price + Discount amortized
= $235,000 + $3.000
= $238,000
Answer:
Price at issuance is $1,000 for both bonds.
Price of the 5 year bond after the market rate increased to 7.4% is:
PV of face value = $1,000 / (1 + 3.7%)⁸ = $747.77
PV of coupon payments = $27.50 x 6.81694 (PV annuity factor, 3.7%, 8 periods) = $187.47
Market price = $935.24
this bond's price decreased by 64.76/1,000 = 0.06476 = 6.48%
Price of the 10 year bond after the market rate increased to 7.4% is:
PV of face value = $1,000 / (1 + 3.7%)¹⁸ = $519.97
PV of coupon payments = $27.50 x 12.97365 (PV annuity factor, 3.7%, 18 periods) = $356.78
Market price = $876.75
this bond's price decreased by 123.25/1,000 = 0.12325 = 12.33%
