researchh

Cards (17)

  • Data Analysis is the process of systematically applying statistical and/or logical techniques to describe, illustrate, condense, recap, and evaluate data
  • Bivariate analysis investigates the relationship between two variables to determine if there is a correlation and how strong it is
  • A scatterplot is a graph showing how two variables are related, with one variable on the x-axis and the other on the y-axis
  • Scatterplot is the most common type of bivariate analysis
  • Types of correlations:
    • Positive correlation: as one variable increases, so does the other
    • Negative correlation: as one variable increases, the other decreases
    • No correlation: no relationship between the two variables
  • Types of scatter plots:
    1. Strong positive correlation
    2. Moderate positive correlation
    3. No correlation
    4. Moderate negative correlation
    5. Strong negative correlation
    6. Curvilinear relationship
  • Positive scatter plot: data points trend up from left to right in a linear fashion, meaning as x increases, y also increases
  • Zero correlation: no relationship between data points
  • Negative scatter plot: data points trend up from right to left in a linear fashion, meaning as x increases, y decreases
  • How to identify no correlation: no pattern in how data points are trending, indicating no relationship between variables
  • Positive scatterplot: data points trend up from left to right in a linear fashion, indicating as x increases, y also increases
  • Scatterplot vs. correlation: Scatterplot is the visual representation of data, while correlation determines patterns among the data
  • Summary of Findings:
    • In quantitative research: Summary of the Findings
    • In qualitative research: Summary of Results
  • Conclusion:
    • Inferences, abstractions, general statements, and generalizations based on findings
  • Recommendation:
    • Suggests actions based on findings
    • Related to conclusions
    • Not based on unsupported biases or beliefs
  • 2 Types of Recommendations:
    • Recommend actions based on findings
    • Recommend actions for further research to other researchers
  • Recommendations:
    • Feasible to implement
    • Specific, general, or both
    • Include a suggestion for further study