Answer: 1.13
Explanation:
New Beta = Beta + Increase in beta per portfolio
Increase in beta as a result of purchase of new stock
= New stock beta - sold stock beta
= 1.5 - 0.5
= 0.5
Increase in bet per portfolio
= 0.5/18 stock
= 0.02778
New Beta = 1.1 + 0.02778
= 1.12778
= 1.13
Answer:
The answer is b. Up to $4 million.
Explanation:
It is critical to recognize that $3 million already spent on developing the product is the sunk cost, which is irrelevant cost that should not be included in the budget further spend for the new product.
As the new product is expected to generate a revenues of $4 million, the further cost should be spent on the new product development should not be exceeded the $4 million.
Thus, the answer is b. Up to $4 million is the correct choice.
There can be many bad managerial decisions that led to failed outcomes.
What were the bad managerial decisions made that led to a failed outcome?
- The top management decided to pursue a quick and aggressive implementation schedule.
- To predict the sales demand in Canada, mid-managers populated the ERP system with benchmark data from US operations.
- The system's auto-replenishment feature is disabled by store managers because there are insufficient checks and balances.
What is the critical issue in ERP implementation?
To benefit from an ERP solution, a significant amount of change must be carefully managed after an ERP implementation. Top management's commitment, process reengineering, the ERP's integration with other business information systems, the choice and management of consultants and employees, and employee training on the new system are crucial factors that must be carefully taken into account to ensure successful implementation.
Learn more about ERP Implementation: brainly.com/question/15690010
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Answer:
$22,245.44
Explanation:
For computing the future value we need to apply the future value which is to be shown in the attachment below:
Provided that,
Present value = $0
Rate of interest = 8%
NPER = 18 years
PMT = $550
The formula is shown below:
= -FV(Rate;NPER;PMT;PV;type)
So, after applying the above formula, the future value is $22,245.44