Answer: 2.09
Explanation:
Given the following ;
Strike price (K) = $50
Price (c) = $6
Rate (r) = 6% = 0.06
Stock price (So) = $51
Time (T) = 1
Recall, relation for a put-call parity(p) is given by:
p + So = c + Ke^-(rT)
p = c + [Ke^-(rT)] - So
p = 6 + [50e^-(0.06 × 1)] - 51
p = 6 + [50×e^-0.06] - 51
p = 6 + (50 × 0.9417645) - 51
p = 6 + 47.0882267 - 51
p = 53.0882267 - 51
p = 2.0882267
p = 2.09
Group of answer choices.
A. the supply curve, resulting in a lower equilibrium price.
B. the supply curve, resulting in a higher equilibrium price.
C. the demand curve, as consumers try to economize because of the shortage.
D. the demand curve, resulting in a price ceiling in the market.
Answer:
B. the supply curve, resulting in a higher equilibrium price.
Explanation:
In this scenario, a severe freeze has damaged the Florida orange crop. Thus, the impact on the market for orange juice will be a leftward shift of the supply curve, resulting in a higher equilibrium price.
An equilibrium price can be defined as the price at which the quantity of goods demanded is equal to the quantity of goods supplied.
Additionally, the equilibrium price is generally said to be stable because at this price, the quantity of goods or services demanded is equal to the quantity of goods or services supplied to the consumers.
Answer:
multiply by 3
Explanation:
it doesn't make sense at first but when you add it all up you get a solid3.1 but you round it to the nearest 10th and get 3
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