Welcome to MCQss.com, your ultimate resource for multiple-choice questions (MCQs) on developing a research plan. This page offers a wide range of interactive MCQs designed to assess your knowledge and understanding of research goals, research questions, research design, data collection methods, and data analysis techniques.
Developing a research plan is a crucial step in the research process, as it lays the foundation for conducting a systematic and meaningful study. Topics covered in this section include identifying research goals, formulating research questions, selecting appropriate research designs, planning data collection methods, and considering data analysis techniques.
Our free Developing a Research Plan MCQs on MCQss.com provide a valuable platform to assess your proficiency in this area. By engaging with these MCQs, you can deepen your understanding of the research planning process, explore effective approaches to formulating research questions, and enhance your ability to develop a comprehensive research plan that aligns with your research goals.
A. True
B. False
A. True
B. False
A. True
B. False
A. True
B. False
A. Research questions should be stated in a manner that assumes an answer even before data have been collected.
B. Research questions in qualitative studies are usually stated at the beginning of the study.
C. Quantitative research questions tend to be more open-ended and holistic in nature than qualitative research questions.
D. Research questions should not be too broad or too narrow, especially when conducting quantitative research.
A. Is there a relationship between students’ academic performance and the number of hours spent participating in sports activities?
B. Will the integration of technology into the mathematics curriculum improve students’ mathematics skills?
C. What is the nature of the relationship between students’ academic performance and the number of hours spent studying?
D. What will improve students’ vocabulary skills?
A. States that there will be some sort of effect (or difference or relationship) discovered in the results of the research study, although one cannot comfortably predict the nature or direction of that effect (or difference or relationship)
B. States not only that an effect (or difference or relationship) will be found but also specifies the direction or nature of that effect
C. States that no statistical difference will occur between groups in the study, but a relationship between variables will be found
D. States that no effect will occur in the study or that no differences between groups or no relationship between variables will be found
A. Case study
B. Ethnography
C. Correlational study
D. Observational study
A. Participants in the group will be unlikely to open up to the researcher in order to share honest feelings, perceptions, or opinions, so the research must remain unidentified.
B. The smaller the number of participants or subjects in the group being studied, the more likely you are, as an observer of their behavior, to alter that behavior, simply by your presence.
C. Large groups provide too much data to be analyzed effectively so should be avoided.
D. Small groups rarely provide enough data to make any types of conclusions about your study.
A. True
B. False
A. You have skills in the areas of inductive reasoning and attention to detail.
B. You believe there is a single reality that can be objectively measured.
C. The body of related literature on your topic is relatively large.
D. Your writing skills are strongest in the area of technical, scientific writing.
A. The conditions or situations of the phenomenon are artificially manipulated.
B. Observational research and survey research are examples of descriptive research.
C. A correlational study and group comparison study are examples of descriptive research.
D. The purpose is to make predictions about the relationships between individuals, objects, settings, conditions, or events.
A. The relationship between outdoor temperature and sales of lemonade would be an example of a positive correlation (i.e., as the temperature increases, lemonade sales also increase).
B. Correlation coefficients report only one aspect of the relationship between given variables: the direction of the relationship.
C. The coefficient itself is reported on a scale that ranges from 0 to +1.00.
D. Correlation coefficients do not allow the research to conclude that a relationship of a certain direction exists between two variables.
A. The independent “variable” does not vary, largely due to the fact that there is only one group.
B. The researcher may explore reasons behind existing differences between two or more groups, either following a treatment or “ex post facto,” after the differences have already occurred.
C. Some sort of scientific experimental treatment is introduced to all participants, and following the passage of time, an observation is performed to determine the effects of the treatment.
D. The relationship between variables cannot be measured statistically.
A. The researcher can compare the experimental group’s pretest and posttest scores in order to determine if the treatment had any effect.
B. Quasi-experimental designs require random assignment of student participants.
C. Quasi-experimental designs do not require any intrusion on the educational setting.
D. Quasi-experimental designs are true experiments.
A. Assent form
B. Assent
C. Causal-comparative research
D. None of these
A. Assent form
B. Assent
C. Causal-comparative research
D. None of these
A. Causal-comparative research.
B. Constant comparative method
C. Assent form
D. Assent
A. Causal-comparative research.
B. Constant comparative method
C. Assent form
D. Assent
A. Correlational
B. Nonexperimental
C. Hypothesis
D. None of these
A. True
B. False
A. Quantitative
B. Qualitative
C. Both a and b
D. None of these
A. Quantitative
B. Qualitative
C. Both a and b
D. None of these
A. Community
B. Separation
C. Individualist
D. None of these
A. Quantitative
B. Qualitative
C. Both a and b
D. None of these
A. Had Enough Religious Bullshit
B. Haute Ecole Roi Baudouin
C. Hardware Engineering Review Board
D. Human Subjects Review Boards
A. Research
B. Disregard
C. Brainlessness
D. Doziness
A. True
B. False
A. Variable
B. Correlation
C. Hypothesis
D. Research
A. Variable
B. Correlation
C. Hypothesis
D. Research
A. Complex
B. Null
C. Directional
D. Associative
A. Beetle blind
B. Observational
C. Conjectural
D. Hypothetical
A. Quantitative
B. Qualitative
C. Both a and b
D. None of these
A. Quantitative
B. Qualitative
C. Both a and b
D. None of these
A. Continuum
B. Anachronism
C. Disordered process
D. Gap
A. True
B. False
A. Experimental
B. Theoretical
C. Unproven
D. Proven
A. True
B. False
A. Participant-as-observer
B. Passive participation
C. Complete participation
D. Moderate participation
A. Participant
B. Pearson correlation
C. Observer
D. Moviegoer
A. True
B. False
A. True
B. False
A. Quantitative
B. Qualitative
C. None of these
D. Both a and b
A. True
B. False
A. True
B. False
A. Principle of beneficence
B. Principle of honesty
C. Principle of importance
D. Qualitative research methodologies
A. Principle of beneficence
B. Principle of honesty
C. Principle of importance
D. Qualitative research methodologies
A. Principle of beneficence
B. Principle of honesty
C. Principle of importance
D. Qualitative research methodologies
A. Qualitative
B. Quantitative
C. Both a and b
D. None of these
A. Qualitative
B. Quantitative
C. Both a and b
D. None of these