The data below relates to income levels and expenses of foods in U.S dollars (00).
Income (X)
Expenditure (Y)
35
9
49
15
21
7
39
11
15
5
28
8
25
9
Calculate the Pearson correlation and interpret the results.
Correlations
DV_WorkMotivation
EWE
DV_WorkMotivation
Pearson
Correlation
1
.380**
Sig. (2-tailed)
.000
N
162
162
EWE
Pearson
Correlation
.380**
1
Sig. (2-tailed)
.000
N
162
162
**. Correlation is
significant at the 0.01 level (2-tailed).
The SPSS output above is a bivariate correlation between
ethical work environment (EWE) and employee work motivation. Please
answer the following questions with reference to this
output.
- Is there a statistically significant relationship between
ethical work environment and work motivation? Why or why
not? Justify your reasoning. ...
Flow To Equity (FTE) Valuation
Consider a project of the Pearson
Company (as in an example from Lecture 3 slides). The timing and
size of the incremental after-tax cash flows for an equity-financed
project are:
Year
0
1
2
3
4
CF
-1,000
325
250
375
500
The firm is financing the project with
$600 debt which carries 8% interest rate. The firm currently has no
leverage, faces 40% tax rate and has 10% cost of capital. Value the...
Compute the Pearson correlation and the values needed to
calculate it for the following data.
SSx = ?
SSy= ?
SP = ?
r = ?
Please answer to TWO decimal places.
X Y
2 3
3 1
6 5
4 4
Consider a project of the Pearson
Company (as in an example from Lecture 3 slides). The timing and
size of the incremental after-tax cash flows for an equity-financed
project are:
Year
0
1
2
3
4
CF
-1,000
325
250
375
500
The firm is financing the project with
$600 debt which carries 8% interest rate. The firm currently has no
leverage, faces 40% tax rate and has 10% cost of capital. Value the
project using flow to Equity...
a. Describe what the Pearson correlation coefficient is and what
the coefficient of determination is.
compare it to a real world example or a example problem
Write a Pearson Module pseudocode that asks the user to enter an
object’s mass in kgs, and then calculate its weight. If the object
weighs more than 1000 Newtons, display a message indicating that is
too heavy. Otherwise display a message indicating that the object
is light. Test your code in Flowgorithm. Given: Weight = Mass * 9.8
(where mass is in kilograms)