<span>Answer: Sheet1:Sheet4
Explanation:
The symbol : is used in Excel to refer to the range. So Sheet1: Sheet4 denotes,
FROM sheet1 TO sheet4 of the workbook.</span>
Answer:
Explanation:
NPV of first option = - 2 + 1 / 1.1 + 1 / 1.1² + 1 / 1.1³ + 1 / 1.1⁴ + 1 / 1.1⁵
= -2 + .909 + .826+ .751+.683+ .620 = $1.789
NPV of the second option :--
NPV when annual cash flow is 1.5 million
-2 / 1.1 + 1.5 /1.1² + 1.5/1.1³ + 1.5 / 1.1⁴ + 1.5 / 1.1⁵ + 1.5 / 1.1⁶
= -1.818 + 1.239 + 1.127+1.024+.931+.846
= -1.818 + 5.167
= 3.349
NPV when annual cash flow is 0.5 million
-2 / 1.1 + .5 /1.1² + .5/1.1³ + .5 / 1.1⁴ + .5 / 1.1⁵ + .5 / 1.1⁶
= - 1.818 + 1.722 = $ -0 .096
NPV = .65 x 3.349 - .35 x .096
= 2.177 - .0336
= $2.1434
value of option wait = $2.1434 - $1.789
= $ 0.3544
Answer:
C) A firm's marginal cost curve is equal to its supply curve for prices above average variable cost
Explanation:
A perfectly competitive firm maximizes its profit when its marginal cost = marginal revenue. In the short run, it will continue to produce even if the marginal revenue is lower than its marginal costs, as long as the marginal costs are ≥ average variable costs.
Therefore, all perfectly competitive firms should supply products or services following its marginal cost curve as long as the price ≥ average variable costs.
Answer:
1000
Explanation:
1000, that is the point where it reaches maximum utility, if it has more clients it incurs a higher marginal cost and therefore its utility would be lower, in microeconomics the utility function is a quadratic function, this means that it has a maximum point and from there the income continues to increase but the utility decreases due to the marginal cost, that is to say the cost of an additional unit.
