Answer: (B) Backward induction
Explanation:
The backward induction is basically used for making the decisions and it is the process of solving the various types of problems by determining the action properly.
In any type of situation, the backward induction basically used the optimal strategy type for making some effective result of the given situation.
According to the given scenario, Elly should use the backward induction process for making the decisions more effectively regarding her shop.
Therefore, Option (B) is correct.
India is the country projected to be the world's third major economic power within 10 years. It will provide information technology and software services to companies in other countries. Harvard researches project that this will happen because India is seeing a constant 7% annual growth rate at present. If this continues, they will be one of the leading countries for economic power compared to their South Asian rivals, particularly, China.
Answer:
$30,800
Explanation:
Dr Work in progress 30,800
Cr Wages payable 30,800
Direct labour hours × Per direct labour hour
Job 456
580×15 = 8700
Job 777
850×26= 22100
22,100 + 8,700 = 30,800
Answer:
(E). local and national norms
Explanation:
Employee Involvement and Participation (EIP) programs are put in place by organizations to encourage inclusiveness and foster collaboration among employees in the organization.
Although such programs are valuable to the organization, the "local and national norms" or cultures, within which the organization operates, must be taken into consideration by the organization, when structuring its involvement program practices.
Answer:
$7073.68
Explanation:
Data provided in the question:
Worth of portfolio = $15,000
Amount invested in stock A = $6,000
Beta of stock A = 1.63
Beta of stock B = 0.95
Beta of portfolio = 1.10
Now,
Beta portfolio = ∑(Weight × Beta)
let the amount invested in Stock B be 'x'
thus,
1.10 = [($6,000 ÷ $15,000 ) × 1.63] + [( x ÷ $15,000 ) × 0.95 ]
or
1.10 = 0.652 + [( x ÷ $15,000 ) × 0.95 ]
or
0.448 = [( x ÷ $15,000 ) × 0.95 ]
or
x = ( 0.448 × $15,000 ) ÷ 0.95
or
x = $7073.68
