This question is incomplete, the complete question is;
We will derive a two-state put option value in this problem.
Data: S₀ = 106; X = 112; 1 + r = 1.12. The two possibilities for ST are 149 and 75.
The range of S is 74 while that of P is 37 across the two states. What is the hedge ratio of the put
Answer: the hedge ratio of the put H = - 1/2 ≈ - 0.5
Explanation:
Given that;
S₀ = 106, X = 112, 1 + r = 1.12
Us₀ = 149 ⇒ Pu = 0
ds₀ = 75 ⇒ Pd = 37
To find the Hedge ratio using the expression
H = Pu - Pd /Us₀ - ds₀
so we substitute
H = 0 - 37 / 149 - 75
H = - 37/ 74
H = - 1/2 ≈ - 0.5
Answer: Transaction exposure
Explanation:
Transaction exposure, is a form of foreign exchange risk that is faced by the organizations that take part in international trade. It occurs when the fluctuation in exchange rate change a contracts value before it is settled.
It is concerned with the effect of exchange rate changes on individual transactions, most of which are short-term affairs that will be executed within a few weeks or months.
Answer:
The answer is $3,214,285.71
Explanation:
Price of each award is $45,000
And there are 5
Therefore, we have 5 x $45,000
=$225,000.
So, $225,000 is the future value.
Rate of return(r) in 7% and it is being assumed that it is forever.
So, so how much will be needed to fund his prizes(present value)?:
PV = FV/r
= $225,000/0.07
=$3,214,285.71
Answer:
B
Explanation:
Since the average copier was sold $3000
Budgeted 175 copier was sold $3200
Therefore $3000+$3200= $6200
6200*180=$1116000
We subtract it from the 180*$3000=$54000
$1116000-$540000
=$576000
Answer: Gross pay is the amount of money your employees receive before any taxes and deductions are taken out. For example, when you tell an employee, “I'll pay you $50,000 a year,” it means you will pay them $50,000 in gross wages.