The correct answer is- the MRP exceeds the wage rate.
<h3>How does MRP influence wage rates?</h3>
Basic economic theory suggests that wages depend on a worker's marginal revenue product MRP. (this is basically the value that they add to the firm which employs them.)
MRP is determined by two factors: MPP – Marginal physical product – the productivity of a worker.
<h3>What factors increase wages?</h3><h3>Productivity:</h3>
Wage increase is sometimes associated with increase in productivity.
Workers may also be offered additional bonus, etc., if productivity increases beyond a certain level.
Learn more about MRP and wage here:
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brainly.com/question/21252933</h3><h3 /><h3>#SPJ4</h3>
FMEA can be implemented at a bioproduction facility following the list of 7 steps which includes different parameters to look for.
Lonza harnessed FMEA priciples earnestly to shift cell therapy works to its centre of excellence and thus utilise New Hampshire unit for clinical and manufacturing purpose.
Explanation:
FMEA or Failure Mode or Effects Analysis is a certified way to analyse and address any sort of problem or changes before the occurrence of the event itself. FMEA can be implemented very easily in the bioproduction facility using the following mentioned steps-
- Need to select a process which is to be analysed.
- Group the team facilitator and its members.
- Provide a complete description of the process.
- Identify all the potential zones of failures.
- Sort the problem which is to be worked on.
- Design and later implement appropriate changes to reduce the problems.
- Quantify your changes and the success of the process.
Lonza’s facility at New Hampshire is one of the largest employment providers of the city. Recently the group was involved in specific problems such as sterility with cell therapy. Previously it had an FDA encounter too due to its biologic’s operation. Hence through FMEA, the group decided to allot its gene therapy work to its excellence centres elsewhere and New Hampshire would be involved in doing the works of clinical and manufacturing sites.
Answer:
Option D, stock d with a beta equal to 2.0, is the right answer.
Explanation:
Option D has the highest risk because the magnitude of beta represents the risk involved or associated with the stock. So, higher the beta magnitude, higher is the risk associated with stock and higher is the return. While lower value shows the lower risk and lower return on the stock. Therefore, option D has the highest magnitude so this stock has the highest risk.
Answer: B. Volatility seems to be a reasonable measure of risk when evaluating returns on large portfolios and the returns of individual securities.
Explanation: Over time, investment with high degree of volatility, which refers to the rapid unpredictability associated with the price or value of an investment seems to have ditched out higher returns and risk premium on those investment to investors in other to reward them for making such unpredictable investment. This said, the risk associated with an investment plays a huge factor in determining the average return issued to investors as higher risk investment attracts higher returns. However, when evaluating large portfolios and return of individual securities, volatility such not be used as a reasonable determinant of the risk associated with such investment as the large portfolios and individual securities are usually prone to unpredictability which should not be translated to the probability that such investment will result in loss of capital.
Answer:
X= cost of the tires
t(x)= (.9*X+10)*1.06
If x = 300, then the costo is (.9*300 + 10) *1.06 = (270 + 10)* 1.06 = 280 * 1.06 = $296.80
If the tax is appplied first and then the discount is applied, your formula would be:
t(x) = (x+10)*1.06 - (-1*x)
If x is equal to $300, the cost is $310 * 1.06 - .1*300 = $328.60 - $30 = $298.60
you pay mor if the tax is applied first.
Your discounted price of .9*x stems from x - .10*x which becomes (1-.10)*x wich becomes .9*x
Your cost with tax stems from y + .06*x =(1+.06)*y = 1.06*y
Y is the amount of the cost that is taxed.
if the discuount is applied first, then y is equal to (.9*x + 10)
if the discount is applied after, then y is equal to (x+10).
The difference is the tas on the discount
Explanation:
