Following commands are used in SPSS-17 version for factor analysis : (a) Analyse (b) Factor (c) Data reduction Select the correct sequence from the following :
(a), (c) and (b)
Let's break down the process of performing factor analysis using the SPSS software. Factor analysis is a statistical method used to describe variability among observed, correlated variables in terms of a potentially lower number of unobserved variables called factors. Understanding the correct command sequence is crucial for running this analysis in SPSS.
In SPSS, statistical procedures are accessed through the 'Analyze' menu. Within the 'Analyze' menu, different techniques are grouped under various sub-menus. Factor analysis falls under the category of techniques used for dimension reduction or data reduction, as it aims to reduce a large set of variables into a smaller set of factors.
The standard path to access the Factor Analysis dialog box in SPSS typically involves the following steps:
Now, let's match this standard sequence with the options provided in the question:
Therefore, the correct sequence of commands to perform factor analysis in SPSS-17 is to first select the 'Analyse' menu, then navigate to the 'Data reduction' sub-menu, and finally select 'Factor'. This corresponds to the sequence (a), (c), and (b).
Here is a summary of the steps:
| Step | Command Option | Menu Item |
|---|---|---|
| 1 | (a) | Analyse |
| 2 | (c) | Data reduction |
| 3 | (b) | Factor |
Reviewing the commands for factor analysis in SPSS helps solidify the steps:
Factor analysis is a powerful tool in statistical analysis for exploring underlying structures in data. In SPSS, the Factor Analysis dialog box offers numerous options, including:
Understanding these options after navigating the correct command sequence allows researchers to tailor the factor analysis to their specific research questions.
Match List-I with List-II :
List-I | List-II | ||
(a) | The most commonly used method of computing correlation between two variables | (i) | Intra-class correlation |
(b) | An ANOVA technique used for estimating reliability of a measure | (ii) | Inter-class correlation |
(c) | A technique used for estimating reliability of multiple-trials tests | (iii) | Inter-tester reliability |
(d) | A form of reliability that pertains to the testers | (iv) | Coefficient alpha |
Select the correct option :
Given below are two statements
Statement I: Paired t-test is used to compare two related means (μ 1 and µ 2)
Statement II: The t-test is a method used for inferential statistics
In light of the above statements, choose the most appropriate answer from the options given below
Match the items of List I with the items of List II and choose the correct answer from the code given below.
List – I | List – II | ||
a | X̅ chart | i | Number of defects |
b | P chart | ii | Variations between samples |
c | C chart | iii | Variations within samples |
d | R chart | iv | Proportion of defectives Code |
If mean, median, mode and standard deviation are known for a given data set, the Pearson's first skewness coefficient is equal to
Following are commands in SPSS-17 version for starting ANCOVA
(a) Analyze
(b) Multivariate
(c) Univariate
(d) General linear model
(e) Repeated measures
Select the correct sequence of commands from the options given below :