Solution :
It is given that :
Amount of investment or the principle amount , P = $ 100
Time of investment , t = 6 years
Rate of interest compounded annually r = 6 %
Therefore the future amount of this investment in a 6 year time is given by,
Therefore, after 6 years the investment of $ 100 will give an amount of $ 141.
Answer:
(d)$105,000.
Explanation:
Since the book value is more than the generated future cash flows so book value cannot be recovered. In this case, the generated future cash flows are ignored
In this scenario, we compare the values between book value and the fair value of machinery, the difference would be the loss on impairment of the asset
In mathematically,
= Book value of machinery - fair value of machinery
= $520,000 - $415,000
= $105,000
Answer: The supervisor should compare the register transactions with the cash receipts report to make sure that both are correct.
Explanation:
The cash register shows the actual amount of money that is collected by the business during the day and the cash receipts journal records the cash collected.
There is therefore a need to ensure that these two tally up as a control method. The supervisors should therefore check for this and if they find that these two are not the same, it means that there is an error somewhere that needs to be rectified.
Answer:
one should go to buy a car for $8000
Explanation:
given data
car = $8,000
price down = $6,500
solution
As here Implied Warranty is the sale contract environment oral or written that provides some assurance that the products sold are suitable for trade and purpose. It arises from the operation of the law.
- Disclaimer is a statement that order are used to prevent the creation of a warranty or contract.
- After learning about the implied warranty and disclaimer, I was not going through the items sold.
- For someone who does not offer special consumer protection, they should go to buy a car for $8000.
Answer:
Annual rate 0.017
Explanation:
Computation of the annual rate on the real bond.
Using this formula
Annual rate = Par Zero coupon inflation index/(1+r) ^Numbers of years =Inflation-indexed bond
Let plug in the formula
Annual rate=100 / (1 + r) ^10 = 84.49
Annual rate= (100 / 84.49)^1 /10 − 1
Annual rate=(1.18357)^0.1-1
Annual rate=1.016-1
Annual rate=0.017
Therefore the annual rate of return will be 0.017
