Answer:
$5.76
Explanation:
Calculation to determine the price of a put option with the same exercise price
We would be Using put-call parity and solving for the put price
$67 + P = $70e^–(.026)(3/12)+ $3.21
$67 + P = $70e^–(.026)(.25)+ $3.21
$67 + P =190.2797^–(0.0065)+ $3.21
$67 + P =$69.5465+ $3.21
$67 + P =$72.7565
P=$72.7565-$67
P=$5.7565
P=$5.76 (Approximately)
Therefore the price of a put option with the same exercise price will be $5.76
Answer:
d. Form a close partnership with individuals involved in order fulfillment (e.g., shipping and transportation) in an effort to make sure they are committed to meeting the special delivery requirements of those key accounts.
Explanation:
The sales person should make a close partnership with order fulfillment department in order to meet special delivery requirements by the key accounts. If the special delivery needs of key accounts is not addressed then they may discontinue buying the equipment from the company. To retain the key accounts the sales person has to ensure the order fulfillment team is committed in meeting the special delivery requirements by those key accounts.
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Answer:
220
Explanation:
Let us assume the adult ticket be X
And, the student ticket be Y
So, the first equation is
X + Y = 360
So, Y = 360 - X
Now the second equation is
5X + 3Y = $1,360
Now put the Y value to the above equation
5X + 3 × (360 - X) = $1,360
5X + 1,080 - 3X = $1,360
2X = $1,360 - $1,080
2X = $280
X = 140
Now the X + Y = 360
So, Y equal to
= 360 - 140
= 220
