Inductive Reasoning Flashcards

Questions and Answers

What is the definition of 'Inductive' reasoning?

All students go to school.

You are a student.

You know it'll be true.

No man has ever gotten pregnant. (correct)

What can be inferred from the observation that most people are pro-choice on abortion?

At least most of the people I know are pro-choice.

It is concluded that earthquakes cause volcanoes to erupt based on the observation of their sequence.

True

What is concluded about year-round schools based on the performance of schools in other countries?

US should implement year-round schools. Signup and view all the answers

If all students go to school and you are a student, what can be concluded?

You go to school. Signup and view all the answers

An ostrich can fly because it is a bird.

False Signup and view all the answers

What does Sal's graduation imply about his credits?

Sal must have earned twenty credits. Signup and view all the answers

What can be inferred about Rufus and Rose's day at the beach?

It must have been a sunny day. Signup and view all the answers

The statement that everyone related to a person has curly hair is an example of inductive reasoning.

True Signup and view all the answers

Match the reasoning with its type:

All even numbers are divisible by 2. = Deductive Most lights in the night sky are stars. = Inductive Alice is in pain because she fractured her arm. = Deductive Five of twenty students approve a policy. = Inductive Signup and view all the answers

Study Notes

Inductive Reasoning

Inductive reasoning is based on observations leading to general conclusions.
Example: No man has ever gotten pregnant; hence, no man ever will get pregnant.
Example: Most people known to an individual are pro-choice on abortion; therefore, a general assumption about the population is made.
Observations suggest that earthquakes precede volcanic eruptions, implying a causal relationship.
Higher test scores in year-round schools abroad suggest that the US should adopt a similar model.
Personal experiences, such as sunburns, can lead to conclusions about weather conditions at the beach.
A survey shows a preference for a dance policy among seniors, indicating the senior class's views on the policy.
Generalizing from anecdotal evidence, like laughing at two episodes of a show, leads to the conclusion that the show is always funny.
Experiences, such as a dog bite, can create generalized fears, like being scared of all dogs.
Trends observed over several occurrences (e.g., windstorm patterns) allow predictions about future events.

Deductive Reasoning

Deductive reasoning involves drawing specific conclusions from general principles.
Example: All students attend school; hence, if someone is a student, they must attend school.
All birds are said to fly; concluding an ostrich flies based on its classification as a bird is a faulty deduction.
Graduation credits indicate that a student must have met specific requirements to graduate.
Daily driving patterns lead to conclusions about punctuality if a specific routine is followed.
Health maxim ("an apple a day") is used to deduce that an individual is healthy because they follow that advice.
Mathematical truths apply universally; thus, specific examples of even numbers must also conform.
Environmental conditions lead to safety conclusions about driving based on explicit dangers.
Logical progressions establish that all squares share the properties of rectangles, hence share specific characteristics.
Biological classifications (e.g., all dogs being mammals) reinforce additional categorizations, like having kidneys.
General observations about noise patterns allow conclusions about children's activities based on known behaviors.
Plant classifications lead to conclusions about necessary biological functions such as photosynthesis.
Systematic evaluations of performance in education prompt recommendations for improvement and resource allocation.
Reasoning based on established facts to deduce new truths is foundational to logical argumentation.

General Summaries

Inductive reasoning relies on patterns and observations to form broader conclusions.
Deductive reasoning utilizes established premises to derive logically sound outcomes.
Both reasoning types are essential in constructing arguments, making predictions, and deriving classifications in various fields.

Description

This quiz features flashcards that explore inductive reasoning and its examples. Each card presents a statement that demonstrates inductive logic, helping students understand how conclusions are drawn from specific instances. Perfect for those looking to deepen their grasp of reasoning methods.