Answer:
The answer is 14.4%
Explanation:
Calculations as follows:
Total returns 1600*12*5=96,000
Plus the capital investment of 100,000
Total amount 100,000+96,000=196,000
196,000=100,000(1+r/100)∧5
196,000/100,000=(1+r/100)∧5
5√1.96=1+ r/100
5√1.96 -1= r/100
1.1440-1 = r/100
0.144= r/100
r = 14.4%
Answer:
15 and 20 feet
Explanation:
The computation of the cost of the material minimized is shown below:
As we know that
Area of rectangle = Length × Width
where,
Length be X
Width be Y
So, the equation is
X × Y = 300 square feet
X = 300 ÷ Y
Now the another equation is
C = 10 × (Y + Y + X) + 5X
C = 20Y + 15X
So we can write
C = 20Y + 15 × 300 ÷ Y
C = 20Y + 4,500 ÷ Y
Now apply the derivatives
So,
DC ÷ DY = 20 - 4,500 ÷ Y^2 = 0
20Y^2 = 4,500
Y = 15
So X = 20
The C = Cost
Answer:
Try and make it more explanatory I don't understand
Answer:
High-benefit, low-risk projects
Explanation:
Given that, the firm is in a non-information-intensive industry, it is expected that, in evaluating its inventory of systems and IT projects, the firm should go for the project with low risk and high benefits, because, the IT projects are not their strong points, and it is believed that they do not have the right and competent expertise to tackle and face the challenges that may arise if they try to dive into the high-risk inventory of systems and the IT projects.
Hence, the right answer is High Benefits and Low-Risk projects
Answer: true
Explanation:
From the question, we are informed that a key process topic that should be part of early discussions regarding ground rules is appropriate decision making and problem solving, ensuring that the project manager and core team understand who makes each type of decision and how those decisions are made.
This is true. It should be noted that for a project manager to achieve his or her goals, the person must be a problem solver and have what it entails to succeed.