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
It is possible but there should be some type of criteria that needs to be met. For example, the market should have room for both products and the other important thing to have in mind is that the company must have sufficient resources in order to produce both products simultaneously.
The way economists would probably explain the wastage of
this clam resource is by saying that clams are free goods and are therefore
subject to the tragedy of the commons effect. The tragedy of the commons effect
is a theory in economics, postulated by the Victorian economist William Forster
Lloyd.
The tragedy of the commons effect describes a condition
within a shared-resource system where each user act freely according to their
own self-interest, but their collective actions ends in the depletion or spoilage
of that resource, thus having a negative impact on the common good of all users.
In this case, commons is taken to refer to the clam resources.
Answer:
2no I think you are confused so
