Answer:
C. NPV is the discounted present value of a project's expected future accounting net income at the required return, subtracting the initial investment.
Explanation:
NPV means Net Present Value, this is calculated by computing the present value of cash returns and not the accounting income, as accounting income takes in account non cash items also, although while computing returns the non cash transactions are not considered.
Therefore the chosen statement which states about accounting income less initial investment is false as even in case the project requires additional mid term investment then that is also considered.
Thus, false statement is
Statement C
Answer:
The effective annual rate is 5.57%
Explanation:
The interest rate that is actually earned or paid on investment or loan including the compounding effect over a given period of time. It is also known as rate.
Effective interest rate = [ ( 1 + r/m )^m ] - 1
Effective interest rate = [ ( 1 + 5.42%/12 )^12 ] - 1
Effective interest rate = [ ( 1 + 0.0542/12 )^12 ] - 1
Effective interest rate = 0.055567 x 100
Effective interest rate = 5.5667% = 5.57%
Answer:
$1,076,000
Explanation:
The computation of the carrying value of the bonds is shown below:
= Face value of the bond + unamortized bond premium
= $1,060,000 + $16,000
= $1,076,000
We simply added the face value of the bond and the unamortized bond premium so that the carrying value of the bond could come
All other information which is given is not relevant. hence, ignored it
Answer:
2
Explanation:
According to the law of demand, the higher the price, the lower the quantity demanded and the lower the price, the higher the quantity demanded.
If the price of the ticket is reduced, the quantity demanded would increase
If on the other hand, prices are increased, the quantity demanded would reduce.
Answer:
(36 /60 ) * 100
Explanation:
Based on the information given the capacity utilization percentage will be :
Capacity utilization percentage= (36 /60 ) * 100
Capacity utilization percentage=60%
Where,
36 per day represent Actual repairs number
60 repairs per day represent Design capacity
Therefore capacity utilization percentage is (36 /60 ) * 100
