Ch. 4: Research Problems, Research Questions, and Hypothesis Flashcards

1
Q

Sources of Research Problems: (6)

A
  • Clinical experience
  • Quality improvement efforts
  • Nursing (or OT) literature
  • Social issues
  • Theories
  • Ideas from external sources (i.e. GRANTS - you can always take your idea and morph it so it fits a grant)
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2
Q

What is the definition of a research problem? What is its function?

A
  • Definition: a troubling condition which the researcher wants to solve by generating relevant evidence
  • Function: articulates the problem and describes the need for the study
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3
Q

Your research question morphs into your conclusion. T or F?

A

FALSE. Your research question morphs into your HYPOTHESIS. (That helps determine your approach / analysis.)

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4
Q

How to develop a research problem:

A
  • Select a topic: gather ideas, sort ideas, choose one that INTERESTS YOU
  • Narrow the topic: ask broad questions first, search the literatue to find what’s missing from it, narrow scope to a researchable question
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5
Q

Four considerations in evaluating research problems

A
  1. significance
  2. researchability
  3. feasibility
  4. interest to you
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6
Q

What is meant by a problem’s significance?

A

its potential to contribute to practice

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7
Q

True or False: You should never consider matching your interest to a funder’s interest.

A

FALSE. It’s often worth considering because it allows you to work on something at least related to your interest area.

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8
Q

what is researchability?

A

whether your topic can actually be researched (for instance there is no way to research moral or ethical questions)

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9
Q

What are some factors that influence feasability of research?

A

Factors to consider when trying to determine feasibility:

  • time
  • availability of study participants
  • cooperation of others
  • facilities and equipment
  • money
  • researcher experience
  • ethical considerations
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10
Q

why does researcher interest matter?

A

Even if your idea meets the other three criteria, if you aren’t genuinely fascinated by it, it’s going to be a waste of resources. Give up, and go work at Starbucks!

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11
Q

What is the overall purpose of your problem statement?

A

a problem statement articulates the problem and describes the need for a study through the development of an argument

to identify the nature of the problem being addressed, and its context and significance.

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12
Q

What should be covered in your problem statement? (6 things)

A
  • problem identification: what is wrong with the current situation
  • background: what is the context of the problem that readers need to understand
  • scope of problem: how big a problem is it, how many people are affected?
  • consequences of problem: what is the cost of not fixing the problem?
  • knowledge gaps: what information about the problem is lacking?
  • proposed solution: what is the basis for believing that the proposed study would contribute to the solution of the problem?
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13
Q

Specifics about your problem statement should appear high up in your lit review. True or False?

A

TRUE

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14
Q

T/F: The “purpose” of a study is the same thing as the “objective” of a study.

A

FALSE! I’m SHOCKED, just SHOCKED, that you could possibly think this.

The purpose of a study is more general, while the objective is more specific. For example, the purpose could be “to see if there is a difference between A and B” while the objective could be “to see if A predicts B.”

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15
Q

The “specific aims” of a study are the same thing as the “objectives” of a study. True of False?

A

Did you say TRUE? Good job, smartypants! You’re right. Specific aims and objectives are the same thing.

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16
Q

Research questions concern relationships among _______?

A

variables

17
Q

In the “introduction” section of a study, where are you most likely to find the stated purpose?

A

towards the end

18
Q

What three components should be identified in a good statement of purpose?

A

key study variables

possibile interrelationships

population of interest

19
Q

A research hypothesis is a ______________ about the __________ between variables.

A

prediction, relationship

20
Q

What type of hypothesis begins with specific observations and move towards generalization?

A

inductive: generalization inferred from observed relationships; researchers observe certain patterns or associations among phenomena and then make predictions based on the observations

21
Q

Deductive hypotheses have ________ as a starting point.

A

Theories.

A researcher might ask: If this theory is valid, what are the implications for the variables of interest? Researchers deduce that if the general theory is true, then certain outcomes can be expected.

22
Q

Inductive hypotheses are more common in quantitative studies. True or False.

A

False. Inductive hypotheses are more common in qualitative research.

23
Q

What is the difference between a simple and a complex hypothesis?

A

simple hypothesis = the expected relationship between one independent variable (x) and one dependent variable (y).

complex hypothesis = prediction of a relationship between two or more independent variables and/or two or more dependent variables.

24
Q

What does a directional hypothesis tell you, and what is another way to refer to it?

A

A directional hypothesis is also called a one-tailed hypothesis. It specifies not only the existence, but also the expected direction of a relationship between variables (i.e., a prediction that older patients are at higher risk of falling than younger ones)

25
Q

What does a nondirectional hypothesis tell you, and what is another way to refer to it?

A

A nondirectional hypothesis, also called a two-tailed hypothesis, does not state the direction of the relationship (i.e. a prediction that patient’s age and risk of falling are connected, but no indication that older or younger patients are at higher or lower risk)

26
Q

What does this describe: establishes the study’s general direction and captures its essence; in quantitative studies, it identifies key variables and their possible interrelationships, as well as the population of interest

A

Statement of Purpose

27
Q

a variable that affects the strength or direction of an association between the independent and dependent variable

A
28
Q

variable that intervenes between the IV and DV and helps to explain why the relationship exists

A

Mediating variable

29
Q

T/F: Hypotheses derived from theory are almost always directional because theories provide a rationale for expecting variables to be related in a certain way

A

True

30
Q

T/F: Hypotheses are proved through hypothesis testing

A

False- hypotheses arent proved - they are accepted or supported