Update Chapter3.md

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Chapter3.md

@@ -54,7 +54,7 @@ Regarding the sharp decline in TPC-C throughput discussed in section 2.4, users
 
 ## 3.2 Logical Thinking
 
-At the core of programming lies problem-solving. Logical reasoning empowers programmers to break down complex problems into manageable components and devise practical solutions by analyzing requirements, understanding relationships between elements, and planning logically and efficiently. This structured approach enables programmers to think critically and innovate creatively [56]. Logical reasoning is crucial in computer engineering for creating justifiable inferences. Enhanced use of logical thinking in workplaces boosts productivity by refining decision-making and minimizing errors. Rooted in sequential thought, logic underpins all systematic analysis, solution design, error correction, and performance optimization in programming. It utilizes deductive, inductive, abductive reasoning, and reductio ad absurdum to gather key evidence, identify contradictions, and ensure software reliability
+At the core of programming lies problem-solving. Logical reasoning empowers programmers to break down complex problems into manageable components and devise practical solutions by analyzing requirements, understanding relationships between elements, and planning logically and efficiently. This structured approach enables programmers to think critically and innovate creatively [56]. Logical reasoning is crucial in computer engineering for creating justifiable inferences. Enhanced use of logical thinking in workplaces boosts productivity by refining decision-making and minimizing errors. Rooted in sequential thought, logic underpins all systematic analysis, solution design, error correction, and performance optimization in programming. It utilizes deductive, inductive, abductive reasoning, and reductio ad absurdum to gather key evidence, identify contradictions, and ensure software reliability.
 
 ### 3.2.1 Deductive Reasoning