Statistics: Syllogisms and Generalizations
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Questions and Answers

What logical fallacy is potentially demonstrated by claiming that donuts cause lower test scores after rewarding students with them?

  • Overlooking the possibility of a common cause
  • Overlooking the possibility of random variation
  • Overlooking the possibility of reverse causation
  • Overlooking the possibility of regression to the mean (correct)

What assumption is made when indicating that Tylenol must cause an intense need for sleep due to an overdose?

  • Overlooking the possibility of reverse causation
  • Overlooking the possibility of random variation
  • Overlooking other possible side effects of medication (correct)
  • Overlooking the influence of psychological factors

What common misconception is reflected in the statement that technology makes our lives far worse?

  • Assuming technology affects everyone equally
  • Assuming that technology cannot improve life in any way
  • Assuming technology only has negative effects (correct)
  • Assuming all advancements in technology are harmful

In the statement regarding the IRS, what mistaken belief is suggested through the writer's experience?

<p>That government organizations always prioritize business over individuals (C)</p> Signup and view all the answers

What fallacy might be at play when linking Sarah McLachlan's music directly to feelings of sadness?

<p>Assuming correlation implies causation (B)</p> Signup and view all the answers

What type of reasoning is displayed in the statement, 'Jaguars are unreliable cars, from my experience'?

<p>Generalization from a sample (A)</p> Signup and view all the answers

In the analogy 'Azia aced the English final, so she’ll probably ace the math final as well', what is the attribute of interest?

<p>Performance in finals (D)</p> Signup and view all the answers

Which inductive fallacy is exemplified by, 'I’ve put more than 200,000 miles on my Volvo without any major repairs. Clearly, Volvo really does build the most reliable cars.'?

<p>Anecdotal evidence (C)</p> Signup and view all the answers

Which of the following correctly identifies related variables in the context of 'I’m a Belgian tourist who visits Malibu once a year. Half of the people I’ve met there have had at least one cosmetic surgery.'?

<p>Nationality and cosmetic surgery rates (C)</p> Signup and view all the answers

Why does the example in 'I’m a Belgian tourist who visits Malibu once a year' potentially use a biased sample?

<p>It lacks diverse demographics (A)</p> Signup and view all the answers

What reasoning flaw is observed in the statement 'Most Californians are worried about air pollution' based on an argument's unsupported claim?

<p>Untestable explanation (C)</p> Signup and view all the answers

In evaluating analogies, what is typically examined to determine strength?

<p>Relevant similarities and differences (B)</p> Signup and view all the answers

Which of the following fallacies could apply to the reasoning 'Azia aced the English final, so she’ll ace the math final'?

<p>Weak analogy (B)</p> Signup and view all the answers

Flashcards

Statistical Syllogism

Reasoning from a general statement to a specific conclusion about an individual case.

Generalization from a Sample

Drawing a conclusion about a population based on observations from a sample.

Biased Sample

A sample that doesn't accurately reflect the characteristics of the target population.

Representative Sample

A sample that accurately reflects the characteristics of the target population.

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Terms of Analogy

The two things being compared in an analogy.

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Attribute of Interest

The specific characteristic being compared between the terms of an analogy.

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Weak (or False) Analogy

An analogy where the two items being compared are not sufficiently similar in relevant ways.

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Post Hoc Ergo Propter Hoc

Assuming that because one event happened after another, the first event caused the second event.

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Post Hoc Fallacy

Assuming that because one event happened after another, the first event caused the second event. This fallacy ignores other possible explanations for the second event.

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Overlooking Regression to the Mean

A statistical phenomenon where extreme values tend to be followed by values closer to the average. This can be mistaken for causation.

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Overlooking Random Variation

Mistaking random fluctuations in data as evidence of a causal relationship. Events can sometimes happen close together without any connection.

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Reverse Causation

Assuming that because one event happens after another, the first event caused the second event, when in reality the second event caused the first event.

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Overlooking a Common Cause

Failing to consider a shared cause for two seemingly connected events, mistakenly attributing a causal relationship between them.

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Study Notes

Statistical Syllogisms and Generalizations

  • Statistical syllogisms reason from general to specific, while generalizations from samples draw conclusions about a population based on a sample.

Sampling

  • Sample: A subset of a larger population.
  • Target population: The entire group of interest.
  • Attribute of interest: The characteristic being studied.
  • Biased sample: A sample that doesn't represent the target population accurately.
  • Representative sample: A sample that accurately reflects the target population.

Arguments by Analogy

  • Argument by analogy: An argument that draws a comparison between two similar situations or things.
  • Terms of analogy: The elements being compared in an analogy.
  • Attribute of interest: The characteristic being compared.
  • Similarities and differences: Important factors when evaluating the strength of an analogy.
  • Attack the analogy: Identify discrepancies between situations or aspects that weaken the analogy.

Inductive Fallacies

  • Hasty generalization: Making a broad conclusion based on insufficient evidence.
  • Biased generalization: Drawing a conclusion based on a skewed sample.
  • Anecdotal evidence: Using personal experiences as evidence for a claim.
  • Self-selection fallacy: The sample is selected based on the individual's willingness to participate.
  • False analogy: Comparing two things that are not comparable.
  • Post hoc ergo propter hoc: Assuming that because one event follows another, the first caused the second.
  • Untestable explanations or claims: Claims or explanations that cannot be tested or verified.
  • Regression to the mean: A tendency for extreme scores to return towards the average.
  • Random variation: Chance fluctuations in the data.
  • Reverse causation: The supposed cause is actually the effect.
  • Common cause: Both events are caused by a third factor.

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Ch. 11 & 7 In-Class Review PDF

Description

This quiz explores concepts related to statistical syllogisms, generalizations, and arguments by analogy. Understand sampling methods, the importance of representative samples, and how to evaluate analogies in arguments. Test your knowledge on these fundamental statistical reasoning techniques.

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