Answer:
Collision
uninsured motorist
comprehensive
liability coverage
Explanation:
From the question, we are informed about Abraham who has just purchased his first car. His bank, First State Bank, loaned him the money to buy the car and has required him to purchase insurance to protect the car as the collateral for the loan. In this case the basic types of coverage Abraham should buy to satisfy the bank requirement and to best protect himself from the risks of operating an automobile are;
✓ uninsured motorist
✓comprehensive
✓liability coverage
Insurance is very essential in protecting an individual or firm from any form of financial loss, it can be regarded as a kind of risk management and it is way to avoid uncertain loss. Then if Adam could buy the coverage he will be protected from loss in future.
Answer:
d. $13,575
Explanation:
The cost of the equipment includes all the cost incurred to bring the equipment to a state where it becomes available for use.
These costs are the cost of the equipment, sales tax, freight, repairs during installation and installation cost.
Therefore,
Cost of the equipment = $12,000 + $800 + $200 + $350 + $225
= $13,575
The right option is d. $13,575.
Answer:
B) higher than the interest rate.
Explanation:
In the case when the business wants to borrow for a project so the rate of return would be greater than the rate of interest
And in the case when the rate of interest is lesser than the expected return so the investment would look attractive due to this there is a rise in the borrowing for that investment
Hence, the option b is correct
Answer:
1. sufficient
2. performed; HDC; holder
Explanation:
The holder in due course which is popularly referred to as the HDC is a person who has been given an instrument that is negotiable and not overdue in any form. The instrument has also been given in good faith which shows that the instrument is in good working condition. The HDC is eligible to purchase the instrument in a value for value exchange form.
Answer:
A) FV= 6414.27
B) FV=2000*(1.09^15)= 7284.97
Explanation:
Giving the following information:
A) Present value= $2,000
Compounded annually for 20 years at 6 percent.
n= 20
i=0.06
B) Present value= $2,000
Compounded annually for 15 years at 9 percent.
n=15
i= 0.09
To calculate the Final Value we need to use the following formula:
FV= Present value*(1+interest rate)^n
A) FV= 2000*(1.06^20)
FV= 6414.27
B) FV=2000*(1.09^15)= 7284.97
