Answer:
The correct answer is letter "D": average; variability.
Explanation:
The Monte Carlo Simulation is a method of probability analysis done by running several variables through a model to determine different outcomes. By using Monte Carlo's simulation decision-makers can determine the range of possibilities and their probability of occurrence for any choice of action. In other words, it allows us to make decision recommendations for inputs that involve the outputs on <em>average </em>but also in <em>variability</em>.
Answer:
$3,550
Explanation:
Supplies used = Opening supplies + Purchases of Supplies - Ending Supplies
therefore,
Supplies used = $1,250 + $4,000 - $1,700
= $3,550
thus,
The cost of supplies used during the month is $3,550.
B, to avoid potential liability issues
Answer:
Total cost= 40,000 + 30X
Explanation:
Giving the following information:
The semiautomatic process has a fixed cost of $40,000 per year and a variable cost of $30 per unit.
We need to use the following formula:
Total cost= fixed costs + unitary variable cost*X
Total cost= 40,000 + 30X
Answer:
C. 2.45
Explanation:
Pv of cash flow
1000x9%/(1+0.12)
= 90/1.12
= 80.36
Weight = 1
Weighted pv of cash flow = 80.36
Pv of cash flow
= 1000x9%/(1+0.12)²
= 90/1.2544
= 71.75
Weight = 2
Weighted pv of cash flow = 71.75x2
= 143.5
Pv of cash flow
= (1000+1000*9%)/(1+0.12)³
= 1090/1.404928
= 775.84
Weight = 3
Weighted pv of cash flow
= 775.84x3
= 2327.52
Total pv of cash flow = 80.36+71.75+775.84
= 927.95
Total weight of cash flow pv =
80.36+143.5+2327.52
= 2551.38
Duration = weighted pv/pv
= 2551.38/927.95
= 2.75
Modified duration =
Duration/1+0.12
= 2.75/1.12
= 2.45
