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70 Cards in this Set
- Front
- Back
Why do we fall prey to bad thinking? |
1.) Natural Tendencies 2.) Lack of critical thinking skills |
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"Six Pack of Problems" |
1.) Stories to statistics 2.) Seek to confirm 3.) Ignore chance/ coincidence 4.) Misperception 5.) Oversimplification 6.) Faulty memory |
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Factors that effect our perception |
1.) Expectations 2.) Desires |
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Facilitated Communication |
Holding the hands of an autistic child over a keyboard and letting them type; producing coherent thoughts (pseudo) |
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How was facilitated Communication debunked? |
Just by a few simple controlled experiments |
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How many people hold a paranormal belief? |
About 73% |
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Graphology |
The evaluation of a person based on their handwriting (pseudo) |
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How does the media distort facts? |
By focusing on personal accounts |
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What does Pseudoscience Refer to? |
Claims presented so that they appear scientific even though they lack supporting evidence |
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Where does Pseudoscientific data come from? |
Low quality data, drawn mainly from anecdotal evidence |
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Common features of pseudoscience |
1.) **** evidence 2.) Claim opposes well established evidence |
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What is one of the best examples of pseudoscience? |
Parapsychology |
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What is parapsyc? |
the study of extrasensory perception (pseudo) |
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What do pseudo science beliefs usually meet? |
Emotional needs |
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Characteristics of Pseudoscience |
1.) Preconceived notion 2.) Search for evidence to support belief 3.)Ignore opposing evidence 4.)disregard alternate explanation 5.)crazy belief 6.)accepts bad evidence 7.)anecdotal evidence 8.)Lack tightly controlled experiments 9.)little skepticism |
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What do pseudo scientists have in common? |
A pre convinced notion of what to believe |
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What do pseudo scientists focus on? |
Focus on only one possible explanation |
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Harms of Pseudoscientific thinking |
1.)decline in critical thinking 2.)decreases ability to make well informed decisions 3.)diverts resources from good causes 4.)monetary losses |
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Fact |
Any statement that you can try to confirm or disconfirm by looking at evidence of the senses |
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What does something need to be tested? |
An operational definition |
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Main distinction between statements of fact and other statements |
How you go about confirming them |
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Factual statements without any evidence |
Unsupported assertions |
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Where are unsupported assertions most commonly found? |
Tv ads, political speeches and magazines |
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Appealing to Auto rite |
"This is true because the Ph.D said so" |
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Appeal to Authority Vs Unsupported Assertion |
In an appeal to Authority, someone besides the author believes the statement |
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What do statements need to be beleived? |
Evidence based on observation |
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Abstractions |
Dealing with observation of ideas as opposed to events |
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How to concrete an abstraction |
1.) Pointing out every instance 2.) Set rules for using it |
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Requirements for Observations to have scientific value |
1.) Concrete abstractions 2.) Reliability |
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Reliability |
Multiple researchers using abstractions the same way |
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Inter Judge Reliability |
There is almost unanimous agreement on an abstraction/operational definition |
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Test Retest Reliability |
Same question gets same responses |
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Split-Half reliability |
When a test is split into two parts, the same results are gained -A personality test is split into odd and even numbers, results are the same |
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Validity |
Is what is seeking out to be measured in fact being measured? |
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Evidence that does not have concrete abstractions and is not reliable |
Casual observation |
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Evidence that does have concrete abstractions and is not reliable |
Scientific evidence |
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Does volume of evidence make up for quality? |
No |
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The problem with "It Could Be" |
Implies one belief is as good as another, leading to the idea that truth is subjective. If truth is subjective, than no statement is worth calling a fact, and knowledge could not exist |
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Necessary Truth |
An idea that has to be known as true to prove/disprove a fact |
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Necessary Falsehood |
A Falsehood that must be known as false to prove/disprove a fact |
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What is a skeptic? |
Someone who wants to evaluate the evidence of a claim |
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Skeptic/Scientist Vs Others |
Skeptics require considerable, repeatable evidence |
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Good Approach when we shape our beliefs |
1.) State the claim 2.) Examine evidence 3.) Consider alternate hypothesis 4.) Evaluate reasonableness of each hypothesis |
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3 Most Important Questions of Assessing Reasonableness |
1.) Is it testable? 2.) Is it the simplest explanation? 3.) Does it conflict with well established knowledge? |
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Choosing an Explanation |
Choose the simpler one with the fewest assumptions |
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Occam's Razor |
The idea of choosing the simplest explanation |
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One of the more common and effective ways to evaluate a claim |
Experimental method |
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What happens in an experiment? |
One group receives a treatment, one does not |
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Double Blind Study |
Neither the participants or the person distributing the treatment know which group is which |
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What is science? |
The rigorous testing of a hypothesis |
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Theory |
A conceptual structure that is supported by a large and varied set of data |
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Fact |
A conclusion that has been confirmed to such an extent that it is reasonable to believe at the time |
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Paradigm |
A well established theory |
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How Science Progresses |
1.) Initial theory is made 2.) Empirical data is gathered 3.) If data supports theory, we can be more confident in theory OR Evidence does not support the theory and the theory must be modified |
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Why is science like a projector? |
It starts off blurry with many contradicting studies, but eventually comes into focus with lots of supporting data |
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How Science and pseudoscience differ |
1.) Amount and quality of evidence to be accepted 2.) Testability of a hypothesis 3.) Amount of skepticism and criticism 4.) Benefits it has provided to us |
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Hypothesis in science v pseudoscience |
In science, hypothesis are developed to be testable In pseudo, hypothesis are advanced even in the light of negative evidence |
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Characteristics of Thinking Like a Scientist |
1.) Keep an open mind but be skeptical 2.) Make sure a claim can be tested 3.) Evaluate quality of evidence 4.) Try to falsify claim 5.) Consider alternate explanations 6.) Choose simplest explanation 7.) Choose the explanation that dosent contradict well established knowledge 8.) Proportion your belief to the amount of evidence for your belief |
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Naturalistic Observation |
Method of gathering evidence based on a complete and accurate reading of natural events as they occur, with minimal interference with the events |
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When is naturalistic Observation usually used? |
When a Scientist begins with a general question |
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What does naturalistic Observation usually do? |
Provide evidence for a theory and raise questions that lead to further research |
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Retrospective Case Study |
Answer a question by gathering evidence after the fact; may study a person or a social system |
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Population |
Any group of people, things or events |
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Sample |
Representive group of a population |
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Correlational Study |
Measures 2 or more variables to assess a relationship without manipulating either variable |
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Can conclusive statements be made from correlational studies? |
No |
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What is an experiment? |
A study that manipulates a variable to assess an outcome |
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Between Subjects Design/Comparison Group Design |
Manipulates a variable with 2 or more comparable groups that differ on an independent variable |
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Within Subjects Design |
Variable is manipulated and compared to results from before manipulation (before and after) |
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