final study guide Flashcards

1
Q

correlation vs causation

A

Correlation vs. Causation: While a correlation can indicate a potential relationship
between variables, it does not establish a cause-and-effect relationship. For
instance, if a study finds a correlation between ice cream sales and crime rates, it
doesn’t mean that eating ice cream causes crime or vice versa. A third factor, such
as hot weather, could be driving both trends. Always consider alternative
explanations and potential confounding variables

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2
Q

Reliability

A

Reliability refers to the consistency of a measure. A reliable
measure will produce similar results across multiple trials or observers. For
example, if a scale consistently measures a person’s weight as 150 pounds, it is
considered reliable, even if the person’s actual weight is different

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3
Q

Validity

A

alidity, on the
other hand, refers to the accuracy of a measure – whether it is truly measuring what
it intends to measure. For example, a questionnaire designed to measure
depression should accurately reflect the symptoms and severity of depression

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4
Q

of Reliability:
 Test-retest reliability

A

assesses the consistency of scores over time.

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5
Q

Inter-rater reliability

A

measures the degree of agreement between
different raters or observers

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6
Q

Construct validity

A

assesses whether a measure accurately
represents the underlying construct or concept it is intended to
measure

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7
Q

nternal validity

A

refers to the extent to which a study can establish a
cause-and-effect relationship between variables, minimizing the
influence of confounding variables.

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8
Q

External validity:

A

refers to the extent to which the findings of a study
can be generalized to other populations or settings

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9
Q

bservational Studies:

A

Researchers observe and collect data without
manipulating any variables

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10
Q

Cross-sectional studies

A

Data is collected at a single point in time.
 Longitudinal studies: Data is collected over an extended period

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11
Q

Stratified longitudinal studies

A

: Participants are divided into
subgroups (strata) based on shared characteristics, and data is
collected over time.

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12
Q

Randomized controlled trials (RCTs):

A

Participants are randomly
assigned to either an experimental group (receives the intervention) or
a control group.

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13
Q

Quasi-experimental studies

A

Like RCTs but without random
assignment of participants.

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14
Q

re-experimental studies

A

These designs lack a control group or may
have other limitations that weaken the strength of the evidence.

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15
Q

Qualitative Research Approaches

A

These approaches aim to understand
experiences, perspectives, and meanings rather than focusing on numerical
data. Examples include

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16
Q

Ethnographies:

A

Focus on understanding cultures or cultural groups

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17
Q

Phenomenological studies:

A

Explore the lived experiences of
individuals related to a particular phenomenon

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18
Q

Target Population

A

The entire group of individuals to which the study wants
to generalize the results

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19
Q

Accessible Population:

A

The portion of the target population that is
accessible to the researcher

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20
Q

Sampling Bias:

A

Occurs when the sample chosen for the study is not
representative of the target population, which can lead to inaccurate
conclusions.

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21
Q

Null Hypothesis (H0):

A

The hypothesis that there is no significant difference
or relationship between variables.

22
Q

Alternative Hypothesis (Ha)

A

The hypothesis that there is a significant
difference or relationship between variables.

23
Q

Type I Error:

A

Rejecting a true null hypothesis (false positive)

24
Q

Type II Error:

A

Failing to reject a false null hypothesis (false negative).

25
P-value:
The probability of obtaining the observed results (or more extreme results) if the null hypothesis is true. A p-value below a predetermined threshold (e.g., 0.05) typically leads to the rejection of the null hypothesis.
26
Quantitative Data Analysis:
Uses statistical methods to analyze numerical data. The goal of data representation is to present findings clearly and concisely using tables, graphs, and figures.
27
Qualitative Data Analysis
Involves interpreting non-numerical data, such as text, images, or audio recordings. Coding is a key step where researchers assign labels to segments of data to categorize and group them thematically
28
Tri-Council Policy Statement (TCPS 2):
The TCPS 2 provides guidelines for ethical research involving humans in Canada. It is based on three core principles: o Respect for Persons: Recognizing the inherent dignity and worth of all individuals, respecting their autonomy, and protecting those with diminished autonomy. o Concern for Welfare: Protecting the well-being of participants, minimizing risks, and maximizing benefits. o Justice: Ensuring fairness and equity in the distribution of benefits and burdens of research
29
rivacy
efers to an individual's right to control access to their personal information and to be free from intrusio
30
Confidentiality
Refers to the researcher's obligation to protect information entrusted by participants
31
Epistemology:
The study of knowledge and justified belief. It explores questions about how we acquire knowledge, what constitutes valid knowledge, and how we can justify our beliefs.
32
Ontology:
The study of being and the nature of reality. It explores questions about what exists, what the basic categories of being are, and the relationships between them.
33
ositivism
Emphasizes objective, measurable observations and seeks to establish universal laws and principles. It relies heavily on quantitative methods and hypothesis testing.
34
nterpretivism:
Focuses on understanding the subjective experiences and meanings individuals attach to their world. It favors qualitative methods and inductive reasoning.
35
Pragmatism
Emphasizes the practical implications and usefulness of research findings. Pragmatists are often open to using both quantitative and qualitative methods, depending on the research question
36
Deductive Reasoning
Starts with general principles or premises and uses logical steps to arrive at specific conclusions. For example, if the premise is "All dogs are mammals" and the second premise is "Fido is a dog," then the conclusion is "Fido is a mammal."
37
Inductive Reasoning:
Starts with specific observations or experiences and draws general conclusions. For example, observing that several dogs bark might lead to the conclusion that all dogs bark. Inductive reasoning is prone to biases and does not guarantee the truth of the conclusion
38
Positivism:
Seeks objective truths through empirical observation and measurement
39
Constructivism:
Believes knowledge is constructed through individual and social interactions
40
Pragmatism:
Focuses on the practical implications and consequences of research findings
41
Transformative Paradigms
Seek to address social justice issues and promote positive social change
42
Two-Eyed Seeing
Emphasizes the integration of Indigenous and Western knowledge systems
43
Bottom-Up Processing
Processing information from the senses upward to the brain, analyzing basic features before constructing a complete perception. For example, recognizing a letter 'A' by first processing its individual lines and angles
44
Top-Down Processing
Using prior knowledge, expectations, and context to interpret incoming sensory information. For example, reading a partially obscured word by using the context of the sentence to fill in the missing letters
45
onfirmation Bias
The tendency to favor information that confirms our pre- existing beliefs
46
Motivated Reasoning
The tendency to process information in a way that protects our self-esteem or reinforces desired beliefs
47
48
The "Replication Crisis":
Refers to the challenge of replicating the findings of previously published research. This crisis highlights the importance of rigorous research methods, transparency in reporting, and the need to consider potential biases and limitations in research
49
Confounding Variable:  Double-Blind Study:  Independent Variable:  Dependent Variable:  Knowledge Translation  Meta-Analysis:
Confounding Variable: An extraneous variable that correlates with both the independent and dependent variables, potentially distorting the relationship between them.  Double-Blind Study: Neither the researcher nor the participant knows which treatment the participant is receiving. This helps to reduce bias in research.  Independent Variable: The variable that is manipulated or changed by the researcher.  Dependent Variable: The variable that is measured to observe the effect of the independent variable.  Knowledge Translation: The process of moving research findings into practice to improve health outcomes.  Meta-Analysis: A statistical technique that combines the results of multiple studies to obtain a more comprehensive understanding of a phenomenon.
49
Member Checking:  P-hacking:  Qualitative Research: non-numerical data.  Quantitative Research:  Systematic Review: .  Triangulation: Using
Member Checking: A technique used in qualitative research to ensure that the researcher's interpretations accurately reflect the participants' experiences and perspectives.  P-hacking: Manipulating data analysis procedures to achieve a desired p-value, often leading to false positive results.  Qualitative Research: Explores experiences, perspectives, and meanings using non-numerical data.  Quantitative Research: Focuses on measuring and analyzing numerical data to test hypotheses and establish relationships between variables.  Systematic Review: A comprehensive and rigorous review of existing literature on a specific research question.  Triangulation: Using multiple data sources or methods to enhance the credibility and trustworthiness of qualitative research finding