Traditional predictive project management and the PMI's Project Management Body of Knowledge remain inextricably linked, notwithstanding changes made in the Sixth Edition (PMBoK).
Concerns for Agile/Adaptive Environments are covered in each of its 10 Knowledge Areas. But generally, they are only two or three paragraphs long. The primary goal is raising awareness.
The organization's own Agile Project Management qualification is designated as a PMI Agile Certified Practitioner (PMI-ACP). The PMI-ACP is also the certification with the fastest growth.
Instead of calling Scrum a methodology, Schwaber refers to it as a framework. This is mainly because many people associate the word "methodology" with being prescriptive in character.
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Answer:
Net income to be earned = $58,500
Explanation:
The net income to be earned can determined as follows:
<em>Net income = (sales value - Variable costs) - Fixed costs</em>
With an increase in selling price by 10%, the total sales value would now be
Total sales value = 110% × 315,000 =$346,500
Net income therefore would be
= (346,500 - 218,000) - 70,000
= $58,500
Not that the fixed cost will not change because it is independent of volume and also the variable cost has been stated to remain the same.
Answer:
Explanation:
In order to find the highest amount david can pay or in other words the present value of the investment we would have to discount the cash flows
3000/1.08+3000/1.08^2+3000/1.08^3+3000/1.08^4+3000/1.08^5=11,978
Answer:
Check the explanation
Explanation:
The above question is based on a non-linear programming model, to answer this question, there will be a need to determine the optimal order quantities of the three different Ferns with diverse values of annual demand, item cost as well as order cost objective of the non-linear programming model is to minimize the overall annual cost.
Step 1: Setup a spreadsheet on Excel, as shown in the first and second attached images below:
Note: The values of quantities of the three items is kept as 1 to for the calculations of total cost.
The Solver dialogue box will appear. Enter the decision variables, objective function and the constraints, as shown in the third attached image below:
