Answer:
The correct option is A,project planning.
Explanation:
In the project planning stage which centers on IT projects,the scope of the project refers to the different parts or milestones making up the project.The scope of the project is a function of the magnitude of the problem it meant to solve.
Cost/benefits analysis is also a key feature of such planning,as it is only worthwhile investing in project whose benefits outweigh its costs.
Lastly, envisaging likely constraints is also important in order that adequate mitigating plans can be put in place.
Answer:
C. The Federal Reserve will need to have official reserves of euros to purchase dollars in the foreign exchange market.
Explanation:
Federal Reserve required to have a euros reserves as it can applied it also at the case when the exchange rate is move upward or downward
For the other things, the fed could restrict the supply with respect to the dollar in the foreign exchange market in order to get it stable that opposed with euro
Therefore the option c is correct
Answer:
Explanation:
a) x1 = number of unit product 1 to produce , and
x2 number of unit product 2 to produce
A linear program that will maximize world light profit is the following
maximize
subject to 

Unit 1 is used both in products in 1 : 3 ratio which can be a maximum of 200 unit 2 is used in 2 : 2 ratio which can be maximum of 300
So, this can be written as the inequations
Profit functio is p = 0ne dollar on product A and two dollar on product B
= x + 2y
Now , we find a feasible area whose extremeties will give the maximum profit for, the graph is ( see attached file )
So on the graph, we can get the other extremeties of the shaded regional so which will not give maximum profit ,
Thus , the maximum possible profit is
p = ($1 * 125) + ($2 * 25)
= $175
Answer 2 is the best choice
Answer:
57.8$
Explanation:
Here we know that:
- One trip to work averages 14 miles
- Therefore, one return trip home-work averages 14*2=28 miles
- You work 20 days per month
So, the average number of miles per month is:

Then, we also know that the car averages 28 miles per gallon; this means that the number of gallons consumed on average in 1 month is equal to the average number of miles (560) divided by 28:

So, 20 gallons per month.
Finally, we know that the cost of the gas is 2.89$/gallon. Therefore, the average total cost per month is equal to the average number of gallons per month (20) times the cost per gallon:
