Answer:
a. 324%
b. 16.61%
Explanation:
a. The computation of the APR is the annual rate of interest which is shown below:
= Interest per month × number of months in a year
= 27% × 12 months
= 324%
b. And, the effective annual rate would be
= (1 + interest rate per month) ^ Number of months in a year - 1
= (1 + 27%) ^ 12 -1
= 1.27 ^ 12 -1
= 17.6053 - 1
= 16.61%
Answer:
units of output = 2 units
fixed cost = 8
Explanation:
given data
SMC = 2 + 4Q
AVC = 2 + 2Q
to find out
how many units of output will it produce at a market price and what level of fixed cost will this firm earn zero economic profit
solution
we know here that under perfect competition
so at the equilibrium here Price (P) will be = MC
P = MC = 10
and
SMC = 2 + 4Q ,
P = 2 + 4Q
10 = 2 + 4Q
Q = 2 units
and
at zero economic profit we get
TR = TC
TR = P × Q
TR = 10 × 2
TR = 20
so
TC = TFC + TVC
20 = TFC + 12
TFC = 8
because here [ TVC = AVC × Q ]
[ TVC = (2 + 2 × 2) × 2 ]
[ TVC = 12 ]
Answer: b. Because of unpredictable changes in the public's desire to hold cash or borrow and banks' desires to hold reserves or lend.
Explanation:
The Fed is able to embark on monetary policy that influences the entire country - and the world to some extent - because they have very strong influence over the money supply of the US$.
This influence is not absolute however because as the old adage goes, "you can lead a horse to water but you can't make him drink". In other words, the Fed can relax(impose) restrictions to make money more(less) available but they cannot force people to borrow(hold) that money.
They can't force banks either to either hold reserves or lend money out because banks are free to impose their own reserve limits on top of those of the Fed.
The opportunity costs of building this bridge could be from people coming into the town and making purchases within the town. Benefits for the citizens would be less traffic and being able to get around faster. Other factors would be the cost of taxes and how they would probably go up in order to pay off $25 million.
