Import your data into IBM® SPSS® software and run frequencies on all appropriate variables as designated in your documentation.

Briefly summarize the results of the process in 1 or 2 sentences.

Submit the IBM® SPSS® output and your summary to your instructor

 

1. we need to import this Excel dataset into SPSS

2. we need to run frequencies and descriptive statistics on the variables in the dataset. 

 

3. we need to document the step-by-step process

4. we need to explain what the output is telling you.

 

 As a suggestion, we can also do this as a step by step process meaning that one person can input the data and write the process of importing this excel data into spss. The second person can run the frequencies and descriptive stats and write down their process. The third and fourth person can split the data in half and explain the output.

 

EXCEL DATASET:

 

Gender	Treatment	Test 1	Test 2
1	1	98	32
2	2	87	33
2	1	89	54
2	1	88	44
1	2	76	64
1	1	68	54
2	1	78	44
2	2	98	32
2	2	93	64
1	2	76	37
2	1	75	43
2	1	65	56
1	1	76	78
2	1	78	99
2	1	89	87
2	2	81	56
1	1	78	78
2	1	83	56
1	1	88	67
2	1	90	88
1	1	93	81
1	2	89	93
2	2	86	87
1	1	77	80
1	1	89	99

 

 

 

 

AND

 

 

 

 

 

Time to Practice – Week Two

 

 

 

Complete Parts A, B, and C below.

 

 

 

 

 

 

Some questions in Part A require that you access data from Statistics for People Who (Think They) Hate Statistics. This data is available on the student website under the Student Text Resources link.

 

 

 

1.     Why is a z score a standard score? Why can standard scores be used to compare scores from different distributions?

 

 

 

2.     For the following set of scores, fill in the cells. The mean is 70 and the standard deviation is 8.

 

 

 

 

 

 

3.     Questions 3a through 3d are based on a distribution of scores with  and the standard deviation = 6.38. Draw a small picture to help you see what is required.

 

 

 

a.     What is the probability of a score falling between a raw score of 70 and 80?

 

b.    What is the probability of a score falling above a raw score of 80?

 

c.     What is the probability of a score falling between a raw score of 81 and 83?

 

d.    What is the probability of a score falling below a raw score of 63?

 

 

 

4.     Jake needs to score in the top 10% in order to earn a physical fitness certificate. The class mean is 78 and the standard deviation is 5.5. What raw score does he need?

 

 

 

5.     Who is the better student, relative to his or her classmates? Use the following table for information.

 

 

 

 

 

 

From Salkind (2011). Copyright © 2012 SAGE. All Rights Reserved. Adapted with permission.

 

 

 

 

 

 

Some questions in Part B require that you access data from Using SPSS for Windows and Macintosh. This data is available on the student website under the Student Text Resources link.

 

 

 

The data for Exercises 6 and 7 are in thedata file named Lesson 20 Exercise File 1. Answer Exercises 6 and 7 based on the following research problem:

 

 

 

Ann wants to describe the demographic characteristics of a sample of 25 individuals who completed a large-scale survey. She has demographic data on the participants’ gender (two categories), educational level (four categories), marital status (three categories), and community population size (eight categories).

 

 

 

6.     Using IBM^® SPSS^® software, conduct a frequency analysis on the gender and marital status variables. From the output, identify the following:

 

 

 

a.     Percent of men

 

b.    Mode for marital status

 

c.     Frequency of divorced people in the sample

 

 

 

7.     Using IBM^® SPSS^® software, create a frequency table to summarize the data on the educational level variable.

 

 

 

The data for Exercise 8 is available in the data file named Lesson 21 Exercise File 1.

 

 

 

8.     David collects anxiety scores from 15 college students who visit the university health center during finals week. Compute descriptive statistics on the anxiety scores. From the output, identify the following:

 

 

 

a.     Skewness

 

b.    Mean

 

c.     Standard deviation

 

d.    Kurtosis

 

 

 

From Green & Salkind (2011). Copyright © 2012 Pearson Education. All Rights Reserved. Adapted with permission.

 

 

 

 

 

 

Complete the questions below. Be specific and provide examples when relevant.

 

 

 

Cite any sources consistent with APA guidelines.