Answer:
- 1. <em>For the amount to double</em>: <u>9.37 years</u>
- 2. <em>For the amount to triple</em>: <u>14.85 years</u>
Explanation:
The equation for continuosly compounded interest is:
Where:
- P is the amount that you invest today: $1,300
- F is the value after t years: the double or triple of $1,300
- r is the annual interest rate: 0.074
<u>1. For the amount to double:</u>
Substitute the values and solve for t:
<u>2. For the amount to triple:</u>
<u />
Answer:
the expected return on the portfolio is 12.34%
Explanation:
The computation of the expected return on the portfolio is shown below:
Expected Return is
= Investment in BBB × Return+ Investment in ZI × Return
= 16.4 × 48% + 8.6 ×52%
= 7.87% + 4.47%
= 12.34%
hence, the expected return on the portfolio is 12.34%
the answer is d. discretionary changes in government spending and taxes
Answer:
$3,270
Explanation:
Inventory should be value at lower of cost and market value.
Bottles of CleanZ:
Cost of inventory = Bottles of CleanZ × Price per bottle
= 370 × $3
= $1,110
Market value of inventory:
= Bottles of CleanZ × Market value per bottle
= 370 × $3.20 per bottle
= $1,184
Lowest of cost and market value of inventory is $1,110.
Boxes of DyeZ:
Cost of inventory = Boxes of DyeZ × Price per box
= 270 × $10
= $2,700
Market value of inventory:
= Boxes of DyeZ × Market value per box
= 270 × $8 per box
= $2,160
Lowest of cost and market value of inventory is $2,160.
Therefore, the DyeZ. CurlZ should report its inventory at:
= Lowest of cost and market value of inventor for (CleanZ + DyeZ)
= $1,110 + $2,160
= $3,270
Answer: c. $81,202
Explanation:
The inflow will be annual and constant which makes it an annuity. Given the discount rate of 12% and a useful life of 8 years, the present value interest discount factor based on the table is = 4.968.
Option 1 present value
= 48,410 * 4.968
= $240,500.88
Option 2 present value
= 50,427 * 4.968
= $250,521.34
Option 3 present value
= 81,202 * 4.968
= $403,412
Option 3 is the closest option with the difference being down to rounding errors. The annual inflow would have to be $81,202 to make the investment in the equipment financially attractive.