Analogical reasoning involves identifying structural or functional similarity between two situations and transferring knowledge from the known situation to the new one. In mathematical aptitude, we often use analogies in number and letter series when we infer the next term by comparing to a familiar pattern. The strength of an analogy depends on the relevance and depth of the similarities, not merely superficial resemblance. This fits the description of drawing conclusions by recognising similarity between situations.
Option A:
Deductive reasoning operates by applying a general rule to a specific case rather than by comparing two similar situations. It focuses on logical implication from premises to conclusion. Since the question emphasises similarity-based reasoning, deductive reasoning does not match the required description. Therefore, this option is not correct.
Option B:
Inductive reasoning generalises from many specific instances to formulate a general rule or law. It does not primarily rely on comparing two different situations for similarity. Even though inductive reasoning might sometimes use analogies, the technical term for similarity-based inference between cases is analogical reasoning, not induction. Hence, this option is not the most appropriate.
Option C:
Analogical reasoning is correct because it is defined as reasoning that maps similarities between two domains or problems to draw new conclusions. In aptitude tests, analogies like "2:4::3:6" directly test this type of reasoning. Recognising this concept helps students approach analogy-based questions in UGC NET Paper 1 more effectively. Therefore, this option accurately represents the reasoning described in the question.
Option D:
Causal reasoning focuses on causeβeffect relationships rather than on similarity between different situations. It tries to understand how one event brings about another, such as how increased study time causes better performance. The question does not mention cause and effect, but similarity, so causal reasoning is not the correct answer.
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