Inductive reasoning uses specific observation to make generalization.
Inductive reasoning is basically an approach to logical thinking. It entails making generalization based on specific details.
It is major critical thinking skills that many people, particularly employers sough after in their employees.
<h2>Further Explanation</h2>
In inductive inferences, individual goes from specific observation to general. Scientists also use inductive reasoning to form theories and hypotheses.
There are different types of inductive reasoning and these include:
- Generalized: This involves drawing conclusion from generalization. For example, bright is an excellent swimmer, his father has a swimming pool. Bright Brother, Kennedy must also be an excellent swimmer.
- Statistical: this involves drawing conclusion based on statistics.
- Analogous: it involves drawing conclusion based on properties shared by two groups.
- Sample: it involves drawing conclusion about a particular group based on a different group.
- Predictive: it involves drawing conclusion based on prediction by using past sample.
- Causal inference: it involves drawing conclusion based on connections that is causal.
However, there are advantages of inductive reasoning
It gives individual the opportunity to work with ranges of probabilities and the assumptions that individual makes from a specific set of data are unlimited. However, inductive reasoning presents individual with a starting points and then drawn an informed conclusion.
Inductive reasoning can also help individual to come up with multiple solutions and use research to measure or evaluate other hypotheses. It provides individual the opportunity to use knowledge acquired from past experiences to form judgment and make new informed decisions in new situation.
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KEYWORDS:
- inductive reasoning
- types of reasoning
- conclusions
- logical thinking
- hypotheses
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