GATE ME 2026 Set 1 — Question 15
Go beyond PYQs with Success TrackerAI-powered personalised practice and doubt support. Unlimited practice on eligible plans; AI usage limits apply.MCQ+1 / -0.33MediumTrapezoidal & Simpson's RulesNumerical MethodsEngineering Mathematics
Engineering Mathematics → Numerical Methods → Trapezoidal & Simpson's Rules
Last updated
Question
The exact solution of is represented as . If represents numerically evaluated value of the above integral using Trapezoidal rule by considering four equal subintervals in the range of , then is
Correct answer
(A) 0.074
Solution
1.Exact Solution ():
2.Numerical Solution () using Trapezoidal Rule:
Range with equal subintervals .The points are .
Function values :
3.Difference ():
.Continue learning with Success Tracker
A step still unclear? Work through it with support
Use Success Tracker to ask about the reasoning, then try another GATE ME question to check your understanding.
AI-powered practice· Unlimited practice on eligible plans
- PYQs with solutions
- Attempt available previous-year questions, then compare your reasoning with the worked solution. Coverage varies by stream.
- Practice that adapts
- Choose a topic, work on weaker areas and bookmark questions to revisit. Your attempts feed your progress tracking.
- AI doubt support
- Ask follow-up questions about a step or concept while practising, instead of stopping at the final answer.
Unlimited practice is available on eligible plans. Free practice and AI usage have limits; check the current plan allowances before choosing.
This page stays readable without an account. AI responses can be wrong; check them against the solution and source material.
More questions on Numerical Methods
2026 Set 1 Q11Domain is bounded by curve , ordinate , and axis. The value of…2026 Set 1 Q12Let be a scalar function. Then, is2026 Set 1 Q13The order and degree of the following differential equation are and , respectively.…2026 Set 1 Q14Newton-Raphson method for solving algebraic equations is based on2026 Set 1 Q36If , where , then which one of the following…