Answer:
B
Explanation:
Opportunity cost refers to the benefit of something forgone in choosing an alternative.
the opportunity cost of 50 cars equals one airplane
the pairs of points that could be on the United States; production possibilities frontier is 200 airplanes , 12500 cars and 150 airplanes, 15 000 cars.
since 50 airplanes reduction = 50 × 50 cars increment = 2500 cars
Answer and Explanation:
Different things being constant, a slowdown in population growth will lead to an increase in the availability of capital per worker and output per worker.
At the steady state, output per worker will grow at the rate of g while. Thus, steady state per person output growth will be same, however total output will increase at the rate n+g.
In case of transition between steady states, during the transition phase, output per worker will grow at a rate greater than g. Overtime in the long run with a fall in population growth, total output will fall while output per worker will increase.
Answer:
See Explanation
Explanation:
(a)
Journal entry to record the transaction is,
Particulars Debit Credit
Land and Building (460000 + 520000) $980,000
Cash Paid $360,000
Mortgage Payable (980,000 - 360,000) $620,000
We assume that 4% interest is chargeable each semiannual payment and that each subsequent payment is charged 4% on the remaining amount of principal minus any preceding principal payments.
(b)
First installment = Principal + Interest payable
= 31,000 + (620,000 * 0.04) = $55,800
(c)
Second payment = 31,000 + [(620,000 - 31000) * 0.04] = $54,560
Since the chart of accounts is not provided you can confirm the the account headings.
Hope that helps.
Answer:
The right solution is "$20.733.16".
Explanation:
According to the question,
Face value,
= $20000
Rate (r),
= .035
Bond A:
= 
= 
= 
($)
Bond B:
= 
= 
= 
($)
Answer:
the interest rate is missing, so I looked for similar questions and found that the semiannual interest rate is 3%.
first of all, we must determine the amount of money that we need to have in our account in order to be able to withdraw $25,000 in 10 years.
You will start making your semiannual deposits today and they will end in exactly 2 years, so we need to find out the present value of the $25,000 in two years:
PV = $25,000 / (1 + 3%)¹⁶ = $15,579.17
that is now the future value of our annuity due:
FV = semiannual deposit x FV annuity due factor (3%, 5 periods)
$15,579.17 = semiannual deposit x 5.46841
semiannual deposit = $15,579.17 / 5.46841 = $2,848.94
