Christian maturity level , Engineering Mathematics

A researcher is interested in comparing the Christian maturity level of students who volunteer for community service versus those who do not. The researcher suppose that those who perform community service will have higher Christian maturity scores. The maturity scores tend to be skewed (not normally distributed). Higher scores indicate higher Christian maturity.

No Community Service

Community Service

32

47

40

48

54

59

13

72

20

80

26

55

 

a.       What statistical test should be used to examine these data? Chi square (x2) test of independence should be used to examine this data.

b. Is this a one- or two- tailed test?

c.  Recoginize H0 and Ha for this study

d.  Conduct the appropriate analysis

e.  Should H0 be rejected? What should the researcher conclude?

 

Posted Date: 3/20/2013 5:17:28 AM | Location : United States







Related Discussions:- Christian maturity level , Assignment Help, Ask Question on Christian maturity level , Get Answer, Expert's Help, Christian maturity level Discussions

Write discussion on Christian maturity level
Your posts are moderated
Related Questions
In an article in Marketing Science , Silk and Berndt investigate the output of advertising agencies. They describe ad agency output by finding the shares of dollar billing volume


model an equation to determine the amount of oil in a reservior

A research analyst for an oil company wants to develop a model to predict miles per gallon based on highway speed. An experiment is designed in which a test car is driven at speeds


A) Prove the following theorem by considering two distinct cases. For any integer n, n 2 + n is even. B)  If x = r 2  - s 2 and y = 2rs for any integers r and s, then x 2 +

a wire of 3mm diameter and 5 m long has a load of 100g suddenly applied to its ends. calculate stress and extension produced. also show that these are twice the static values


If a temperature function is given in the x,y plane by T(x,y) = x+y, what is the value, to 3 decimal places, of the corresponding temperature function T1(u,v) at the point (u,v) =