Answer:
implied credit spread = 1.13 %
Explanation:
given data
interest on foreign government bonds = 7.5%
current exchange rate = 28
forward exchange rate = 28.5
risk-free rate = 4.5%
solution
we get here risk free rate by the forward exchange rate that is
F = spot exchange rate × \frac{1+Rr}{1+Rs} ....................1
put here value
28.5 = 28 × \frac{1+Rr}{1+0.045}
solve it we get
Rr = 0.0637
Rr = 6.37%
so
implied credit spread = interest on foreign government bonds - risk free rate
implied credit spread = 7.5% - 6.37%
implied credit spread = 1.13 %
Answer:
Explanation:
Here Nicolas will gain comparative advantage only when he is selling the good he is specializing in and he would specialize in that good which would have lower opportunity cost for him. So the first step that we have to do here is to find out for which good Nicolas will have lower opportunity cost.
For Nicolas who in 8 hours can either catch 24 pound of fish or repair 15 cars,
the opportunity cost for catching 1 fish is = 15/24 = .625
the opportunity cost for repairing 1 car is = 24/15 = 1.6
So from the above observation we can say that for Nicolas catching fish has lower opportunity cost for him , so he should specialize in catching fish.
Therefore the term of trade for Nicolas would be
1 fish = .625 cars ,
if he can catch and sell 100 units worth of fish then he would have to give up 62.5 cars and then only he will gain from trade,
1 x 100 fish = .625 x 100
100 fish = 62.5 cars.
Answer:
Explanation:
Rate of interest = 3.2 / 12 = .266667
No of terms = 12 x 30 = 360
amount = 176000
PMT = $ 761.14
Now the instalment is increased by 10% so
the instalment becomes = 761.14 + 76.11
= #837.25
No of years required from table
= 25.74 years.
The right answer for the question that is being asked and shown above is that: "a. the sale or transfer of the franchise to a government entity." One of the most important features of the franchise contract is the provision related to <span>a. the sale or transfer of the franchise to a government entity.</span>
Answer:
If output doubles when inputs double, the production function will be characterized by a <u>constant returns to scale</u>.
Explanation:
In economics, returns to scale refers to a long run situation that reveals to the proportionate change in output when capital and labor inputs become variable or change.
The three possible types of returns to scale are as follows:
1. Increasing returns to scale: This occurs when the proportionate change in output is greater than the proportionate change in capital and labor inputs.
2. Decreasing returns to scale: This occurs when the proportionate change in output is less than the proportionate change in capital and labor inputs.
3. Constant returns to scale: This occurs when the proportionate change in output is the same as the proportionate change in capital and labor inputs.
Based on the above explanation therefore, if output doubles when inputs double, the production function will be characterized by a <u>constant returns to scale</u>. This is because the the proportionate change (double) in output is the sames as the proportionate change (double) in inputs.