Answer and Explanation:
As per the data given in the question, Journal entries are as follows:
Jan 1
Bonds payable A/C Dr. $66,000
Loss on bonds' redemption A/c Dr. $4,158
To Discount on bonds payable A/c $1,188
($5,940*20%)
To Cash A/c $68,970
($66,000*104.5%)
(To record retirements of bonds before maturity)
Computation
Discount on bonds = $330,000 × 3% = $9,900
Amortized bond discount = $9,900 ÷ 15 × 6
= $3,960
Unamortized bond discount = $9,900 - $3,960
= $5,940
Face value of bonds retired = $330,000 × 20%
= $66,000
B will be the best answer
Answer:
D. The cost of living in the country is lower than that of France
Explanation:
PPP or Purchasing Power Parity is a measure of the cost of living in different countries. When GDP Per Capita is computed accounting for PPP, significant differences can show up between this measure and Nominal GDP Per Capita, this is because of differences in the cost of living among countries.
If the GDP Per Capita Nominal of a country is lower than that of France, it means that measured by US Dollars, the other country produces less output per person than France. However, if the GDP Per Capita PPP of the same country is higher than that of France, it means that even if output is less, people in the other country can buy more things with less income than people in France. (Remember than when calculating GDP, output is the same as income).
Answer:
3 out of every 5 people
Explanation:
Labor force = 60% of 100 M = 60M
Labor force participation rate = Labor force / Total Population
= 60,000,000 / 100,000,000
= 6/10 = 3/5
The rate therefore is :
3 out of every 5 people are in the labor force
$100,000 was allocated by a stockbroker to a portfolio yielding 4% annually compounded. If no withdrawals are taken, there will be $117,352 left in the account after four years.
Given a certain rate of return, present value (PV) is the current value of a future financial asset or stream of cash flows. A discount rate or the interest rate that could be obtained through investment is applied to the future value to get the present value.
According to the continuously compounded interest formula,
FV = PV 
Here,
Present Investment Value, or PV
the interest rate, I
T = time in years
So,
In light of the specified
PV = $ 100,000
I = 4% = 0.04
t = 4 years
Hence
FV stands for "Final Investment Value"
Then,
FV = 100,000 * e⁰.⁰⁴ˣ⁴
FV = 100,000*e⁰.¹⁶
FV = 100,000 * 1.173510871
FV = 117351.0871
FV = 117351
Hence
The balance in the account after four years was = $117,352
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