In this report, there are three variables being
mentioned. These are:
1st variable = 19 minutes
2nd variable = 7 jumps
3rd variable = 79%
In this problem, I believe what we are asked to do is to
identify the type of variable the 2nd variable is. We are given that
the 2nd variable is “7 jumps”.
This means that the 2nd variable is quantitative because it
refers to or relating to a measurement of something rather than the quality. We
also know that jumps can only take whole numbers, not decimal. Therefore it is
also discrete. Hence, the 2nd variable is:
quantitative and discrete
Answer:
comparability of data
Explanation:
Comparability of information is one attribute used only to characterize the consistency of descriptive statistics. For two factors the principle of comparability of data is especially critical to a Triad.
Secondly, the Constellation demonstrates shared data sets. Through nature, the shared data sets include information from different analytical techniques. The degree of comparability among two separate sequencing / technical methods affects the way in which sets of data can be jointly compiled, analyzed and used to help strategic thinking.
Answer:
Margin of safety - Units =3350
Margin of safety - Sales Revenue = $251250
Explanation:
Margin of Safety indicates how much sales may decrease before a loss can be made.
<u>Margin of safety - Units</u>
Margin of safety - Units = 5000-1650 =3350
<em>Margin of Safety as a % = 3350/5000 ×100 = 67%</em>
<u>Margin of safety - Sales Revenue</u>
Expected Sales = (5000 × $75) =$375000
Margin of Safety = $375000 × 67% = $251250
Answer:
Expected market return is 13%
Explanation:
CAPM is used to calculate the expected return on an asset for decision making to add any further asset to a well diversified portfolio. It involves different factors like market risk premium, asset beta and risk free rate as well to calculate a return rate which is expected to obtain from underline asset or investment.
As per given data
Expected return = 17.2%
Stock beta = 1.6
Risk free rate = 6%
According to CAPM
Expected Return on security = Risk free rate + Stock beta ( Market Risk Premium )
17.2% = 6% + 1.6 × ( Market Risk Premium )
17.2% = 6% + 1.6 × ( Market return - Risk free rate )
17.2% = 6% + 1.6 × ( Market return - 6% )
17.2% - 6% = 1.6 × ( Market return - 6% )
11.2% = 1.6 × ( Market return - 6% )
11.2% / 1.6 = Market return - 6%
7% = Market return - 6%
7% + 6% = Market return
Market return = 13%