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Which of the following best describes a limitation of Simpson's one third rule when used for numerical integration?
It is more accurate for discontinuous functions
It only works with functions that are always positive
It requires an even number of subintervals for accurate application
It can be used with any number of subintervals
It requires an even number of subintervals for accurate application
Practice and solve "Which of the following best describes a limitation of Simpson's one third rule when used for numeric..." for Part 5 Domain Knowledge - CILMTMechanical 2026. The correct answer is Option C: It requires an even number of subintervals for accurate application. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.
Practice and solve "Which of the following best describes a limitation of Simpson's one third rule when used for numeric..." for Part 5 Domain Knowledge - CILMTMechanical 2026. The correct answer is Option C: It requires an even number of subintervals for accurate application. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.