<span>There is a popular rule
called the rule of 72 where in you will divide 72 by the interest rate of your
investment to know the length of time the value of your money will double. In here, 72 divided by 11 is 6.55 years. Your
$17,000 will be $34,000 after approximately 6.55 years.</span>
Yea. Like with Nike always being next to Lebron or Curry with Under Armor.
Answer:
The correct answer is "Net present value"
Explanation:
The Net present value (NPV) commonly is used in projects and investments to analyze the profitability and compare it with other projects or investments to decide which is better.
Net Present Value (NPV) = Cash flow / (1 + discount rate) ^ number of time periods.
Answer:
the 17,941 units should be produced and sold
Explanation:
The computation of the number of units that should be generated and sold is shown below:
Let us assume the number of units be n
Now as we know that
Total labor cost = variable cost + fixed cost
So the equations are
For labor intensive = $33,8000 + 143 n
And
For capital intensive = $1,244,000 + $92.5n
It could be written as
$1,244,000 + $92.5 n < $338,000 + $143 n
After solving it
n> 906,000÷ 50.5
n>17941
And,
$1,244,000 + $92.5 n < 197 n
After solving it
n>$1,244,000 ÷ 104.5
n>11,904
So the highest is 17,941
Therefore the 17,941 units should be produced and sold
Answer:
Cost of hedging = $24,000
Explanation:
cost of hedging = 1,200,000 * ($0.80 - $0.82) = 1,200,000 * $0.02 = -$24,000
Since the actual forward rate was higher than th eexpected forward rte, the coampny lost money by hedging the operation. The cost of hedging the operation was $24,000.
