Answer:
A. planning, scheduling, and controlling.
Explanation:
The phases of project management are -
1. Initiation
2. Planning
3. Execution - Scheduling
4. Control
5. Close
Option A is correct because the answer includes the 2nd, 3rd, and fourth phases of project management.
Option B is wrong because programming is not a phase of project management. Option C is a combination of management functions. Therefore, it is incorrect. Option D is not correct as the service project is not different from the manufacturing project. Option E is the project management technique.
The franchaiser may supply financing
Answer:
I ,II and IV
Explanation:
Mortgage backed securities are either a claim for equity in a pool of mortgages, or a duty secured by a pool. Such claims reflect home loan securities. Loans borrow from mortgage lenders and then sell bundles of those loans on the resale market.
Specifically, once those loans are paid off, they sell their claim to the mortgage cash inflows. The issuer of the mortgage needs to maintain the loan, receiving principal and interest payments, and transfers those payments on to the mortgage borrower.
Therefore according to the given situation the correct answer is I, II, IV
Answer:
D, a pareto diagram
Explanation:
The pareto diagram was named after the discoverer of the diagram/technique, Vilfredo Pareto. He used the diagram in his study of wealth and poverty in Europe in the 1900s.
The pareto diagram is a bar chart that ranks related events in decreasing other of occurrence. It contains both a bar and line graph. The individual events are recorded by the bar while the total event is recorded by the line graphs.
In the above question, for Clarissa to identify defects, she has to use Pareto diagram which will have the defects represented by the bar and the total production process by the line graph. This helps her to find out the stage in production where the defects started from and how much effect it has onn the production process.
Cheers.
Willy should buy(a) no insurance since the cost per dollar of insurance exceeds the probability of a flood
Explanation:
Willy's only source of wealth is his chocolate factory. He has the utility function p(cf)1/2 + (1 − p)(cnf)1/2,, where p is the probability of a flood, 1 - p is the probability of no flood, and cf and in are his wealth contingent on a flood and on no flood, respectively. <u>The probability of a flood is p = 1/6. </u>The value of Willy's factory is $500,000 if there is no flood and $0 if there is a flood. Willy can buy insurance where if he buys $x worth of insurance, he must pay the insurance company $2x/17 whether there is a flood or not but he gets back $x from the company if there is a flood. Willy should buy
The answer for the above statement is option ( A.) no insurance since the cost per dollar of insurance exceeds the probability of a flood .
It is because the probability of flood as given in the question is only 1/6, whereas the chances of no flood are 5/6. So that means that he should not buy the insurance because the probability of the flood is comparatively less than the amount Willy has to pay to the insurance company and the amount paid back to willy by the insurance company is $ x worth of insurance
