Class Central is learner-supported. When you buy through links on our site, we may earn an affiliate commission.


Statistical Methods for Psychological Research - I

CEC and Manipur University via Swayam


This is an elementary course on statistics and here we will begin with basics of statistics. The statistics are needed so that we can formulate our argument laded with substantial data input. The logic of argument may be supported by empirical data. The empirical data has scientific value because it can be retested, validated and verified. Therefore, the knowledge of statistics with its techniques of sampling as well as data collection will be very helpful tools for students.In this course, you will learn different types of variable and their effect on each other which are captured through numerical data and interpretation of same is done statistically.The descriptive data represented through graphs will enable students to understand various concepts of psychology more clearly along with their numerical magnitude.Learning about probability and normal probability distributions will help you understand nature of psychological attributes and how those are distributed in populations.Analysis of variability would enhance your learning on how much variance one variable has to explain on other variables. The correlation will also indicate degree of associations among variable and thus would propel to investigate the causation among those variables.The completion of this course will infuse motivation and confidence on numerical interpretations of research analysis to the students.


  1. Psychological Research and Statistics: Descriptive and Inferential Statistics
  2. Variables and Constants.
  3. Measurement Scales: Nominal, Ordinal, Interval and Ratio
  4. Organising Quantitative Data
  1. Constructing a Grouped Frequency distribution
  2. Relative and Cumulative Frequency Distribution
  3. Computation of Percentiles and Percentile Ranks
  4. Usage of Microsoft Excel and SPSS
  1. Basic Procedures- Histogram and Frequency Polygon
  2. Bar Diagram
  3. Pie Chart
  4. Cumulative Frequency Graph
  1. Factors Affecting the Shape of Graphs
  2. Mode (grouped and ungrouped data)
  3. Mean (grouped and ungrouped data)
  4. Median (grouped and ungrouped data)
  1. Properties and Relative Advantages and Disadvantages of the Mode, Median and Mean
  2. Central Tendency Measures in Normal and in Skewed Distributions
  3. Range: Interquartile and Semi-Interquartile Range (ungrouped data)
  4. Range: Interquartile and Semi-Interquartile Range (grouped data)
  1. Average Deviation
  2. Variance and Standard Deviation (grouped and ungrouped data)
  3. Properties and Comparison of Measures of Variability
  4. Nature and Properties of Normal Probability Curve (NPC)
  1. Standard Normal Curve: Finding areas when the scores are known
  2. Standard Normal Curve: Finding Scores when the area is known
  3. Standard Scores and the Normal Curve
  4. Divergence from Normality (Skewness and Kurtosis)
  1. Normal Curve as a Model for Real Variables and a Model for Sampling Distributions
  2. Meaning of Correlation: Historical Perspective
  3. Correlation: A matter of Direction and A Matter of Degree
  4. Pearson’s Correlation Coefficient from Deviation Scores
  1. Pearson’s Correlation Coefficient from Raw Scores
  2. Scatterplot of Bivariate Distributions
  3. Spearman’s Rank-Order Correlation Coefficient
  4. Biserial r and its computation
  1. The Point Biserial r Correlation Coefficient
  2. Tetrachoric r and its Calculation
  3. The phi Coefficient
  4. Partial Correlation
  1. Multiple Coefficient of Correlation, R.
  2. Correlation and Causation: Cautions Concerning Correlation Coefficients
  3. Sampling: Need and Basic Concepts of Sampling
  4. Determination of Sample Size
  5. Probability Sampling and its types
  1. Random Sampling: Meaning, Characteristics and Relevance
  2. Random Sampling: Usage of Random Number Tables
  3. Random Sampling Distribution of the Mean: Introduction and Characteristics
  4. Sampling Distribution of Sample Means to Determine the Probability for Different Ranges of Values of Sample Mean;
  5. Non-Probability Sampling and its types

Taught by

Dr. Jitendra Kumar Kushwaha



Start your review of Statistical Methods for Psychological Research - I

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.