Ch.7: Inductive arg. Flashcards

1
Q

Inductive arguments:

A
  • : Claim that their conclusion PROBABLY follows from the premises.
  • stronger or weaker rather than true or false.
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2
Q

Types of Inductive arguments:

A
  • Generalizations
  • Analogies
  • Causals
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3
Q

Deductive arguments

A
  • Claim that their conclusion NECESSARILY follows from the premises
  • Ex:No dogs are cats. Lucky is a dog. Therefore, Lucky is not a cat.
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4
Q

Inductive logic

A
  • Inductive logic=based on probability rather than necessity

- always the possibility of error, EVEN IF all the premises are true.

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5
Q

Inductive Arguments based on GENERALIZATIONS

A

-Drawing a conclusion about a certain characteristic of a population based on a sample from it.

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6
Q

GENERALIZATION Ex

A

I get nauseous after eating ice cream.
I get nauseous after eating yogurt.
I get nauseous after drinking milk.
I am most likely lactose intolerant.

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7
Q

Self-Selected Sample

A

A sample in which only volunteers participate.

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8
Q

Sampling Biases

A
  • Slanted Questions
  • Push Polls
  • Loaded Questions
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9
Q

Push Polls

A

Starting out with the pollster’s views before asking for a response.

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10
Q

Evaluating Inductive Arguments using generalization

A
  • premises true?
  • sample large enough?
  • sample representative?
  • conclusion supported by the premises?
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11
Q

Arguments based onANALOGIES

A

Premise: X (which is familare) has characteristics a, b, and c.
Premise: Y (not as familar) has charactersistcs a and b.
Conclusion: Therefore, Y probably also has characteristic C.

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12
Q

Analogy:

A

-literal
A comparison between two or more similar events.

-Ex: Interracial marriage is a civil right and is legal. Same-sex marriage should also be a civil right; therefore, should be legal

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13
Q

Metaphor:

A

-figurative
A descriptive type of analogy, frequently found in literature.

-Ex:Employees of a business are like parts of a car. Each part needs to be working proficiently in order for the car to run smoothly.

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14
Q

Evaluating Inductive Arguments based on Analogies

A
  • What is being compared?
  • similarities?
  • dissimilarities?
  • Comparisons?
  • Counteranalogies?
  • analogy support the conclusion
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15
Q

Causal argument:

A

: An argument that claims something is, or is not, the cause of something else.

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16
Q

Correlation

A

-When two events occur together regularly at rates higher than probability.

17
Q

+ Correlation

A
  • possibility of an events occurance increases when a second, related event, increases
  • Ex: number of cigarettes smoked and the risk of lung cancer
18
Q
  • Correlation
A
  • possibility of the occurrence of one event increases, as the possibility of another events occurance decreases.
  • Ex: the older person is, the less likely he or she is to smoke.
19
Q

Causal relationships

A
  • cause-and-effect relationships

- Ex: temperature and freezing water.

20
Q

Controlled experiments

A

Example: Two groups are used to study of effects of the pill.
One group receives actual pill.
Other group receives placebo pill.
**Don’t know which pill they’re taking.

21
Q

Evaluating causal arguments

A
  • evidence= strong.
  • argument should not contain fallacies.
  • -data= current and up-to-date.
  • conclusion should not go be on the premises.