<span>These would be the variable costs. Since the dress uses up to a specified amount of each of these elements, the costs can vary depending on the size of the gown and the person wearing the gown. Variable costs, unlike those that are fixed, are able to change based upon outside factors.</span>
Answer:
This is an example of quality control
Explanation:
A production process usually involves the action of a variety of things that all perform specific functions towards a common goal, usually the production of a finished good or service. This therefor means that a type of management is needed to ensure that all these aspects are handled in such away that the set organizational needs are met. This can be broadly defined as management control. Management control involves the control and operation aspects of a production process to ensure that the organizational goals are met.
One aspect of management control that is very important in the production environment is quality control. Quality control involves the inspection of the production process and the products to determine the quality. The quality of the process and the products is usually measured against set organizational and production standards. This therefor means that if the process or the production quality falls below the standard, then the quality of the product can be said to be low while if the quality meet or surpass the standards then the quality is high.
Quality control helps companies identify areas that need to be improved, thus raising overall product value.
Answer:
expected return on market = 0.10373 or 10.373%
Explanation:
Using the CAPM, we can calculate the required/expected rate of return on a stock. This is the minimum return required by the investors to invest in a stock based on its systematic risk, the market's risk premium and the risk free rate.
The formula for required rate of return under CAPM is,
r = rRF + Beta * rpM
Where,
- rRF is the risk free rate
- rpM is the market risk premium
We will first calculate the market risk premium using the required rate of return for stock, beta and risk free rate and plugging these values in the formula above.
0.1330 = 0.058 + 1.64 * rpM
0.1330 - 0.058 = 1.64 *rpM
0.075 = 1.64 * rpM
rpM = 0.075 / 1.64
rpM = 0.04573 or 4.573%
As we know that the beta for market is always equal to 1, we can calculate the rate of return for market as,
expected return on market = 0.058 + 1 * 0.04573
expected return on market = 0.10373 or 10.373%
Answer:
The inflation rate of return is 3.60%
Explanation:
As we know,
Inflation rate of return = {( 1 + nominal rate of return) ÷ ( 1+ real rate of return)} - 1
= {( 1 + 15%) ÷ (1+11%)} - 1
= (1.15) ÷ (1.11)} - 1
= 1.0360 - 1
= 0.360 or 3.60%
The inflation rate of return shows a relationship between the nominal rate of return and the real rate of return. We simply divide the nominal rate of return by real rate of return
Answer:
single-amount payment $925,160
Explanation:
Given data:
Amount $100,000
Rate 6%
interest semi annually 3%
Number of period 5
Lumpsum Payment 
calculation for PVAF
PVAF @ I,N 
[email protected] 3%,5 
=4.58
Lumpsum Payment =202000*4.58
=925160
