Options:
a. 14.58%
b. 12.83%
c. 15.46%
d. 16.33%
e. 16.92%
Answer:
Correct option is A.
14.58%
Explanation:
After-tax yield = pre-tax yield x (1- marginal rate)
and Taxable-equivalent yield = tax-exempt yield / (1- marginal tax rate)
Hence Taxable-equivalent yield =.105/(1-.28)
=.105/.72=.14583333
=14.58 %
Answer:
$2 per unit per year
Explanation:
The calculation of the inventory carrying cost per unit per year is shown below:
Inventory Carrying cost per unit per year is
= Total Annual Inventory cost ÷ Economic order quantity
= $400 ÷ 200 units
= $2 per unit per year
It is computed By dividing the total annual inventory cost from the economic order quantity, in order to get the inventory carrying cost
Therefore, the first option is correct
Answer:
A) Both the present value and future value would increase.
Explanation:
If the compounding frequency increases, then both the present value and the future value will increase because the effective annual rate will increase. E.g. interest used to be compounded every 6 months, now it is compounded monthly.
Both the present value and the future value vary jointly, if the present value decreases, then the future value will also decrease, and vice versa.
Answer:
Rocks are classified according to their mode of
formation or origin in three groups: Igneous,
Sedimentary and Metamorphic; and each group
contains in turn a wide variety of types of rock
which differ from each other by their composition and texture.
Answer: $57,101.73
Explanation:
First find the present value of the cash inflows. The $32,000 is a constant payment so is an annuity. The net working capital will be realized at the end of the project as well.
Present value of cash inflows = (32,000 * Present value interest factor of an annuity, 4 years, 12%) + 3,000/ (1 + 12%)⁴
= (32,000 * 3.0373) + 1,906.55
= $99,101.73
NPV = Present value of inflows - Outflows
= 99,100.15 - (39,000 + 3,000)
= $57,101.73
