The characteristics of a high-performance work system approach to HRM are-
- Focuses on collective levels of human and social capital
- Enhances the performance of all employees systematically
- Improves employee motivation and opportunities
Among the trends that are occurring in today's high-performance work systems are reliance on knowledge workers, empowerment of employees to make decisions, and the use of teamwork.
A high-performance work system is a bundle of HRM practices designed to promote employees' skills, motivation and involvement to enable a firm to gain a sustainable competitive advantage (Datta et al., 2005; Guthrie, 2001; Huselid, 1995), which includes employment security, extensive training, teams and decentralized
The phrase 'high-performance human resources' (HPHR) is generally taken to refer to human resource management (HRM) practices that have positive effects on the performance of an enterprise, typically a business enterprise.
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Answer: Company Pays $1640
Carol Bryd pays $410
Explanation:
The total bill is $2300 and the deductible needs to be taken out.
$2300-$250
=$2050
Company Payment.
Company Pays 80% which translates to 0.8
0.8*2050
= $1640 is the company Payment.
Carol then pays the difference which is
$2050 - $1640
= $410
Carol pays $410
Answer:
It breaks down on two parts to be fully explained.
Explanation:
Part 1
The correct answer is:
The D option (All of the above are correct) which applies perfectly in the firms of competitive markets.
Part 2
Referred to Table 2.
For this firm, the average revenue from selling 3 units is A) $12. B) $4. C) $3. D) $1.
Table 2
The reference to table 2 represents a demand curve faced by a firm in a competitive market.
Price Quantity
$4 0
$4 1
$4 2
$4 3
$4 4
$4 5
The correct answer is:
The B option ($ 4) which it would represent the overall average revenue from selling 3 units.
Answer:
<u>13.2%</u>
Explanation:
As per Capital Asset Pricing Model (CAPM),
Expected Rate Of Return = 
wherein, 
= Risk free rate of return on treasury bonds
B= Beta , which represents the degree of sensitivity of security return to the market return.
= Return on market portfolio
Thus, Expected rate of return of security X = 6 + 1.2(12 - 6)
= 13.2%
CAPM model is used for calculating expected rate of return. As per the model, the investors expect a risk premium represented by excess of rate of return of market portfolio over risk free rate , in addition for the risk free rate of return.
The risk premium serves as a compensation for investing in risky securities instead of risk free securities.
Answer:
16.54%
Explanation:
We have to applied the rate formula that is shown in the attachment.
The NPER shows the time period.
Given that,
Present value = $2,500
Future value or Face value = $5,375
PMT = $0
NPER = 6 years - 1 years = 5 years
The formula is shown below:
= Rate(NPER,PMT,-PV,FV,type)
The present value come in negative
So, after solving this, the annual rate of return is implied is 16.54%
