Gaining a profit from sold goods is helpful because the use of scarce resources is optimized. It also provide jobs. The bad side of being in a profit motive business is that some may be tempted to deal with customers . I think that a profit motive business is a good thing.
Answer:
$25 per batch
Explanation:
Combined final sales value:
= Sales value of refined sugar + Sales value of industrial fiber
= $65 + $65
= $130
Financial advantage:
= Combined final sales value - Further Processing - sugar beets costs - Cost to Crush
= $130 - ($17 + $21) - $54 - $13
= $130 - $38 - $54 - $13
= $25 per batch
Therefore, the financial advantage (disadvantage) for the company from processing one batch of sugar beets into the end products industrial fiber and refined sugar is $25.
Answer:
d. One defect of the IRR method versus the NPV is that the IRR does not take proper account of differences in the sizes of projects.
CORRECT As the project yields over time can differ. This generates that projects with a lower IRR can achieve a higher NPV at lower rates.
There is a crossover point after which a projects NPV are equal and from there the one with higher IRR obtains better NPV
Explanation:
a. One defect of the IRR method versus the NPV is that the IRR does not take account of the time value of money.
FALSE both method consider time value of money
b. One defect of the IRR method versus the NPV is that the IRR does not take account of the cost of capital
FALSE The IRR can be compared against the cost of capital to indicate wether or not a project should be preferable
.c. One defect of the IRR method versus the NPV is that the IRR values a dollar received today the same as a dollar that will not be received until sometime in the future.
FALSE IRR considers the time value of money
e. One defect of the IRR method versus the NPV is that the IRR does not take account of cash flows over a project's full life.
FALSE it considers all the cash flows over the project's full life.
Answer:
9.98%
Explanation:
Yield to maturity is the annual rate of return that an investor receives if a bond bond is held until the maturity. It is a long term return which is expressed in annual term.
As per given data
Annual Payment = $500
Current price = $5,012
$500 payment each year for indefinite period of time is a perpetuity, value of perpetuity can be calculated as follow
Current Price = Annual Payment / Yield to maturity
Yield to maturity = Annual Payment / Current Price
Yield to maturity = ( Annual payment / Current price ) x 100
Yield to maturity = ( $500 / $5,012 ) x 100
Yield to maturity = 0.0998 x 100
Yield to maturity = 9.98%
