Unit 1 Flashcards

0
Q

Define serial learning.

A

The tendency to recall facts in the order in which they were learned.

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1
Q

What is armchair psychology?

A

An understanding of behavior and mental processes that DID NOT come from a detailed knowledge of psychological literature.

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2
Q

Define serial position effect.

A

The tendency for items at the beginning and end of a list to be easier to recall than items in the middle.

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3
Q

What is peer review?

A

Process in which experts in the field first evaluate the merit of a work BEFORE it is published.

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4
Q

What are learning styles?

A

The notion that some students will learn better in one modality than another and therefore they have certain perceptual strengths, and weaknesses.

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5
Q

What evidence does experimental evidence state about learning styles?

A

There is virtually no experimental evidence to support the idea that differing learning styles are important for learning new material.

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6
Q

Sleep learning and the Mozart Effect

A

Broad point: Despite our strong desire to find a “get smart quick” solution, there is no shortcut to learning and being passively exposed to material will do little to enhance your mental skills.

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7
Q

Define fluency:

A

When one has reached a level of performance that is both accurate and fast so that knowledge, skills, and abilities can be performed automatically and are not lost when they are not being used.

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8
Q

Fluency vs. Accuracy

A

Note that fluency involves going beyond just accuracy alone and involves timing the speed of your performance.

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9
Q

Define psychology:

A

The discipline that scientifically studies behavior and/or mental processes.

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10
Q

What is empirical evidence?

A

Information gathered by systematic observation and careful measurements.

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11
Q

What is pseudoscience?

A

A set of statements and assertions that appear scientific but are not supported by evidence or based on the scientific method.

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12
Q

Define replication

A

The reproduction of a previously obtained result from a research study, preferably by an independent researcher.

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13
Q

Four goals of psychology.

A
  1. Description
  2. Prediction
  3. Explanation
  4. Control
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14
Q

What is an operational definition?

A

Precise predictions of the phenomena to allow for agreement in observations.

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15
Q

Representative sample:

A

A selected group that matches the population on relevant charactistics.

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16
Q

Dependent variable:

A

Variable that an experimenter measures to see if there has been an effect.

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17
Q

Independent variable:

A

A variable that an experimenter manipulates.

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18
Q

What is a control group?

A

A group in an experiment that is not exposed to a treatment or does not experience a manipulation of the independent variable.

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19
Q

What is the experimental group?

A

A group n an experiment that is exposed to a treatment of experiences a manipulation of the independent variable.

20
Q

What is the placebo effect?

A

A change in behavior in the absence of experimental manipulation.

21
Q

What is a placebo control?

A

An experimental condition in which treatment is not administered; it is used in cases where a placebo effect might occur.

22
Q

Placebo control vs. placebo effect

A

Placebo control is the inactive substance or no treatment is administered to the experimental group to account for the placebo effect of expectation or behavior change in manipulation of the experiment.

23
Q

Define case study:

A

Research design that examines 1 person or small number of people in depth, often over an extended period of time.

24
Q

Laboratory observation:

A

Watching behavior in laboratory settings without trying to manipulate the situation.

25
Q

Naturalistic observation:

A

Watching behavior in real-world settings without trying to manipulate the settings.

26
Q

Difference between naturalistic and laboratory observation method & experimental design:

A

Naturalistic and laboratory observation is something being observed (no manipulation) where as an experimental design is a research design involving the manipulation of a variable to discover if there is a corresponding effect on another variable. (manipulation)

27
Q

Describe self-report measure:

A

Ones behavior, identified though ones own observations and reports. Self-reports may be influenced by social desirability causing a favorable or unfavorable response.

28
Q

Reliability:

A

The degree to which a test produces similar scores each time it is used; stability or consistency of the scores produced by an instrument. (results should be consistently reproducible.)

29
Q

Validity:

A

The extent to which a test measures what it was intended to measure. (Tests and experiments can be RELIABLE without being valid)

30
Q

Why does correlation not establish a cause and effect relationship between two variables?

A

Correlation does not ensure that one variable causes another. There could be a third variable that brings about a correlation.
*Correlation does NOT imply causation. (or deny causation)

31
Q

Three potential interpretations of the relation between 2 correlated variables:

A

1) A-> B
2) B-> A
3) C-> AB

32
Q

How are correlations helpful?

A

Correlations help predictions.

33
Q

What is the correlational method?

A

Research methodology that determines to what extent 2 variables, traits, or attributes are related. ( A predictable relation ) graph example.

34
Q

Correlation coefficient:

A

Measures HOW strongly 2 variables are related to one another.

35
Q

Expectancy effect:

A

Results that occur due to a researcher or observer subtly communicates to the participant to get their desired outcome or reaction.

36
Q

Confounding variables:

A

When something other than what an experimenter purposely introduces into a research setting changes a participants behavior and adds confusion to the interpretation of the data.

37
Q

Experimental method:

A

Researchers manipulate an independent variable to look for an effect on a dependent variable.

Different than other methods because the independent variable is being MANIPULATED to research the cause and effect.

38
Q

Guidelines of critical thinking:

A
  1. All opinions are NOT created equal; some theories have more value than others.
  2. Ask questions of everything; healthy skepticism is okay & it’s okay to question claims and source.
  3. Consider that alternative interpretations may be correct; I may not have the only correct assumption.
  4. Analyze your personal assumptions and biases; stay open-minded and realize that you could be wrong despite prior thought.
  5. Tolerate a lack of immediate or simple answers; not all questions may be answered and may be uncertain or complex.
39
Q

Occam’s razor:

A

The guideline which suggests that the best theory or explanation is the one that best accounts for all the evidence while also making the fewest unconfirmed assumptions. (used to get rid of unnecessary information from our explanations)

40
Q

Principle of falsifiability:

A

The potential of a theory to be proven false or refuted. It is important to realize that scientists are not necessarily trying to prove everything false, just that if a theory is wrong it could be proven false. It may not be proven wrong, but it may be ABLE to be proven wrong.

41
Q

Harms of pseudoscience:

A
  1. Harm by lost income, time, and life.
  2. Harm of mental and physical damage. (incorrect therapy techniques)
  3. Harm by preventing people from utilizing therapies and techniques that have actual benefit.
  4. Brings us further from our quest to discover truth about how our world works.
  5. Can make people more vulnerable to exploitation. (ie. palm readers, trance experts, etc.)
42
Q

Replication & their importance:

A

The reproduction of a previously obtained result from a study by partial or complete replication of the procedure.
*It implies that it is critical that a finding be replicated before we put too much confidence in any given finding.

43
Q

The scientific method:

A
  1. Develop a research problem; something we wish to study and to investigate, something we value.
  2. Design a study; to approach your research question.
  3. Collect and analyze data; according to our study’s design, observe, measure.
  4. Draw conclusions; analyze & interpret collected data, compare results.
  5. Communicate findings; have it peer reviewed, show it to others, people won’t find it valid unless its been submitted properly.
44
Q

SAFMEDS:

A

Acronym & study technique;
Say- the words answers out loud.
All- practice with ALL the flash cards instead of some.
Fast- goal of fluency, quick, and timed.
Minute
Every
Day- study and restudy everyday. Short periods.
Shuffle- shuffle the deck of flash cards so that you aren’t learning them in order, this will prevent serial learning.

45
Q

Nature vs. Nurture Debate

A

Revolves around whether we are products of nature (evolution, physiology, & biology) or we are products of nurture (factors such as the current situation, social influences, learning history, & culture) a false debate since both are interrelated

46
Q

Between-subject designs vs. within-subjects design

A

Between: participants are randomly assigned by chance procedures to an experimental control or to a control condition.
Within: uses participants as the control.

47
Q

Informed consent:

A

Patient are informed about the procedures they will experience as well as risks and benefits.
When a study or research can be affected by the patients bias, than the patient does not need to hear the part that would make them bias.

48
Q

Guidelines and restrictions to deception in patient informed consent:

A

1) the study must have significant scientific and educational importance to warrant it.
2) you can’t deceive the participant if there is a high likelihood of causing physical pain or emotional distress.
3) must demonstrate that no equally effective procedures excluding deception are available.
4) the deception must be explained to the participants by the conclusion of the research.
5) participants must have the option to withdraw their data once the deceptions has been revealed.