So, the correct option is A, This one is only to see if you're familiar with the schedule variance calculation. To use the SV formula, simply enter the values: SV = EV – PV
What is Schedule variance (SV)?
A project's schedule variance serves as a gauge for whether it is on time or not. It is frequently used in earned value management (EVM) to give project managers an update on the status of the work during the analysis stage. A monetary unit is often used to represent a schedule variance, with negative values used to indicate any delays. The budgeted cost of work performed (BCWP) represents the cost of the actual work completed, whereas the budgeted cost of work scheduled (BCWS) measures the budget for the full project. The schedule variance is the difference between these two numbers.
To learn more about Schedule variance (SV)
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Answer:
the additional funds needed is $667,500
Explanation:
The computation of the additional funds by using AFN is shown below:
AFN is
= Increase in assets - increase in liabilities - addition to retained earnings
= ($4,000,000×25%) - ($900,000 × 25%) - 10,750,000 × .04( 1 - 0.75)
= $1,000,000 - $225,000 - $107,500
= $667,500
hence, the additional funds needed is $667,500
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
A
Decision: Project A should be selected.
B
NPV =$40,909.09
Explanation
A
<em>Since the two projects would achieve the same objectives, the project with the lowest initial cost should be selected.</em>
Kindly note that the $2 million already spend on project A is not a relevant cash flow because it is sunk cost. Hence, the initial cos outlay of project A will be $2 million which will be spent should the project be undertaken.
Project B on the other hand would cost $1.5 million in initial cost which is $500,000 cheaper than project A.
Decision: Project A should be selected.
B
<em>The NPV is the difference between the PV of cash inflows and the PV of cash outflows. A positive NPV implies a good investment decision and a negative figure implies the opposite. </em>
NPV of an investment:
NPV = PV of Cash inflows - PV of cash outflow
Initial cost = 50,000
The NPV of the savings
NPV = 100,000× 1.1^(-1) - 50,000= 40,909.09
NPV =$40,909.09
More than 3.4 billion lbs.
