Answer:
The answer is autonomy (Option D)
Explanation:
Autonomy in human resource management refers to the level or degree of discretion and freedom which an employee is permitted to exercise when performing his/her job. In other words, it means granting employees the freedom on how to approach work.
A manager or superior like Margie (in the question) who gives employees autonomy simply gives minimal instruction on what needs to be achieved but allows the employees to go about the job in ways that best suit them.
Answer and Explanation:
The journal entry is shown below
Cash $46,620
To Notes Receivable $44,400
To Interest receivable ($44,400 × 15% × 120 days ÷ 360 days)
(Being the cash received is recorded)
Here we debited the cash as it increased the assets and at the same time we credited the interest receivable and the note receivable as it decreased the assets
The same is to be considered
Answer:
8.13%
Explanation:
Annual return = [ (Total FV/Initial investment)^(1/n) ] -1
n = useful life of the project
Total Future Value = (22650*5) +5000
Total FV = $118,250
Initial investment = $80,000
Annual return = [ (118,250/80,000)^(1/5) ] -1
r = [ (1.478125^(1/5)] -1
r = 1.0813 - 1
r = 0.0813 or 8.13%
Answer: All of the above
Explanation:
A company should endeavour to be socially responsible if it will result in any of the listed circumstances as they are all benefits.
If this would increase the company's competitive advantage it should be embarked on as it would lead to the company having a better position in the market. It can also reduce the cost to the company of reputation damaging incidents.
A company having improved efficiency and workforce retention is a good company and if socially responsible actions will bring that, the company should do it. And with the purpose of a company being to maximise shareholder value, a company should definitely engage in socially responsible actions if there is a high correlation between CSR and stock price.
Expand the equation.
Multiply (distribute) the first numbers of each set, outer numbers of each set, inner numbers of each set, and the last numbers of each set.
Combine like terms.
Solve the equation and simplify, if needed.
