This quantitative research concept map depicts the quantitative research process. The process of collecting and analyzing numerical data is known as quantitative research. It can discover patterns and averages, make predictions, causal test relationships, and generalize results to larger populations. The opposite of qualitative research, which involves collecting and analyzing non-numerical data, is quantitative research. As illustrated in this quantitative research concept map, quantitative research is widely used in the natural and social sciences, including biology, chemistry, psychology, economics, sociology, and marketing. Correlational and experimental research can both be used to test hypotheses or predictions statistically. The results may be generalized to larger populations based on the sampling method.
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Quantitative
Methodologies
Feild Experiment
Define the environmental condition
Define the main group and control group
Apply a quantitative research technique
Establish the cause and effect relationship
Simulation
Formulate a hypothesis
Collect evidence
Test hypothesis baseed on evidence
Survey
Collect data
Evaluate data
Identify pattern
Interpret result
Multivariate analysis
Selection of the smaple
Define the variable in analysis
Define the adopted multivariate model
Execute the selected multivariate models
Analysis of data and extract conclusion
Correlation Study
Selection of the sample
Define the variable in analysis
Measure the covariation among them
Quantitaive Research Concept Map
Quantitative Research Concept Map
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Quantitative
Methodologies
Feild Experiment
Define the environmental condition
Simulation
Formulate a hypothesis
Collect evidence
Survey
Collect data
Evaluate data
Multivariate analysis
Selection of the smaple
Define the variable in analysis
Execute the selected multivariate models
Correlation Study
Selection of the sample
Measure the covariation among them
Define the main group and control group
Apply a quantitative research technique
Establish the cause and effect relationship
Test hypothesis baseed on evidence
Identify pattern
Interpret result
Define the adopted multivariate model
Quantitaive Research Concept Map
Define the variable in analysis
Analysis of data and extract conclusion
Quantitative
Methodologies
Feild Experiment
Define the environmental condition
Define the main group and control group
Apply a quantitative research technique
Establish the cause and effect relationship
Simulation
Formulate a hypothesis
Collect evidence
Test hypothesis baseed on evidence
Survey
Collect data
Evaluate data
Identify pattern
Interpret result
Multivariate analysis
Selection of the smaple
Define the variable in analysis
Define the adopted multivariate model
Execute the selected multivariate models
Analysis of data and extract conclusion
Correlation Study
Selection of the sample
Define the variable in analysis
Measure the covariation among them
Quantitaive Research Concept Map
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Outline
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