Random Assignment refer to the assignment of Research participants to treatment conditions whereby each participant has an equal chance of being assigned to each condition. Random assignment increases the likelihood that characteristics other than the independent variable will be equally distributed across treatment groups.

Related Articles

Between-Subjects Design at psychology-glossary.com■■■■■■
Between-Subjects Design refers to a research design in which different groups of participants are randomly . . . Read More
Experimental method at psychology-glossary.com■■■■■
Experimental method refers to a research method used to uncover cause-and-effect relationships between . . . Read More
Nonmanipulated independent variable at psychology-glossary.com■■■■■
Nonmanipulated independent variable is defined as an independent variable for which condition assignment . . . Read More
Control condition at psychology-glossary.com■■■■■
Control condition refers to an experimental condition, often with no treatment, used as a baseline; - . . . Read More
Partial counterbalancing at psychology-glossary.com■■■■■
Partial counterbalancing is a way of ordering the presentation of levels of the independent variable . . . Read More
True Experiment at psychology-glossary.com■■■■■
True Experiment refers to an experiment in which the researcher has maximum Control over the Independent . . . Read More
Analogue study at psychology-glossary.com■■■■
Analogue study refers to a investigation that attempts to replicate or simulate, under controlled conditions, . . . Read More
Factor at psychology-glossary.com■■■■
Factor is defined as the hypothesized dimension underlying an interrelated set of variables; a variable . . . Read More
Sequential design at psychology-glossary.com■■■■
Sequential design refers to combination of cross-sectional and longitudinal designs involving repeated . . . Read More
Biased sample at psychology-glossary.com■■■■
Biased sample refers to a subpart of a larger population that does not accurately reflect characteristics . . . Read More