The expected value of buying this insurance policy is $50.
The expected value of buying the insurance policy is the weighted average of probabilities of the cost of the insurance and the cover if Jacob gets into an accident.
If Jacob gets into an accident and is covered, his payout will be:
= benefit - cost
= 10,000 - 750
= $9,250
The probability of this happening is 8%.
If Jacob does not get into an accident he would lose the $750 he paid in insurance premiums. The probability of this happening is:
= 100% - 8%
= 92%
The expected value of the insurance is:
= (probability of accident * payout if there is an accident) + (probability of no accident * payout if there is no accident)
= (8% * 9,250) + (92% * -750)
= $50
<em>More information on expected value can be found at brainly.com/question/17069001.</em>
Answer:
exculpatory clause
Explanation:
Exculpatory clause in contracts is a clause that protects the person issuing it from liabilities of damages to an asset that may not be in their possession or out of their control. It prevents one party from the holding the other liable for damages to an asset during the execution of a contract. This is what Jack has done to protect himself from the liabilities that may result from any damages during the contract.
Answer: $51
Explanation:
A, B, C, D, E, F, G were purchased for $2.50 per letter which means they cost;
= 7 * 2.50
= $17.50
H to L were purchased at $4.50 per letter which means they cost;
= 5 * 4.5
= $22.50
M to R were purchased at $5.50;
= 6 * 5.5
= $33
Total inventory cost = 17.50 + 22.50 + 33 = $73
Inventory sold = 2.5 + 2.5 + 2.5 + 4.5 + 4.5 + 5.5
= $22
Ending Inventory = Total inventory - inventory sold
= 73 - 22
= $51
Answer:
The minimum would be the present value of the bonus, which is 5,075.72 dollars
Explanation:
we have to discount the 7,200 dollar bonus at 6% discount rate for 6 years to get the present value of the bonus:
Maturity 7,200
time 6 years
rate 6% = 6/100 = 0.06
PV $ 5,075.7159
