Unit 1: Multiple Integrals21MAB102T

Double Integrals and Change of Variables

Curriculum and historical examination lineage for Double Integrals and Change of Variables under Unit 1 (Multiple Integrals) of Advanced Calculus and Complex Analysis (21MAB102T) at SRMIST.

Appearances
18
Cataloged Exam Questions
Exam Papers
12
Distinct University Exams
Question Families
5
Recurring Conceptual Archetypes
SRMIST Status
Active
Regulation 2021 Syllabus
Assessment Cycle Weightage

Historical appearance distribution across SRMIST Formative Tests (CT1, CT2) and University End Semester examinations.

CT1
0
Cycle Test 1
CT2
0
Cycle Test 2
EndSem
18
Semester Exam
Marks Weightage Distribution

Factual marks weightage of questions asked on this topic in historical examinations.

1 Marks:17 questions
Recurring Question Families (5)

Question templates that recur across multiple examination cycles with similar conceptual stems.

family repeat5 paper appearances

“Area of the double integral in polar coordinates is equal to (A) \(\iint \limits_R dr d\theta\) (B)...”

family repeat4 paper appearances

“Area of the double integral in Cartesian co-ordinates is (A) \iint dydx (B) \iint rdrd\theta (C)...”

family repeat2 paper appearances

“Evaluation of \(\iint \, dxdy\) is (A) \(0\) (B) \(1\) (C) \(4\) (D) \(2\)”

family repeat2 paper appearances

“If \(R\) is the region bounded by \(x=0, y=0, x+y=1\) then \(\iint \limits_R dxdy\) is equal to (A)...”

singleton1 paper appearance

“Area of the double integral in Cartesian co-ordinate is”

Sample Past Exam Questions

Representative historical questions extracted directly from SRMIST examination papers.

Area of the double integral in polar coordinates is equal to (A) \(\iint \limits_R dr d\theta\) (B) \(\iint \limits_R r^2 dr d\theta\) (C) \(\iint \limits_R (r+1) dr d\theta\) (D)...

Year: 2023•Assessment: EndSem
1 Marks

Area of the double integral in Cartesian co-ordinate is

Year: 2023•Assessment: EndSem
1 Marks

Area of the double integral in polar co-ordinates is equal to (A) \iint drd\theta (B) \iint r drd\theta (C) \iint (r+1) drd\theta (D) \iint rdrd\theta

Year: 2024•Assessment: EndSem
1 Marks

Area of the double integral in Cartesian co-ordinate is (A) \(\iint dxdy\) (B) \(/\iint xdxdy\) (C) \(\iint x^2 dxdy\) (D) \(\iint rdrd\theta\)

Year: 2023•Assessment: EndSem
1 Marks

Area of the double integral in polar coordinates is equal to (A) \(\iint_{R} dr d\theta\) (B) \(\iint_{R} r^2 dr d\theta\) (C) \(\iint_{R} (r+1) dr d\theta\) (D) \(\iint_{R} r dr...

Year: 2023•Assessment: EndSem
1 Marks
Historical Papers Indexed (8)

Examinations where questions for Double Integrals and Change of Variables have appeared.

Advanced Calculus and Complex Analysis - PYQ 2023 July
2023EndSem
Advanced Calculus and Complex Analysis - PYQ 2023 May
2023EndSem
Advanced Calculus and Complex Analysis - PYQ 2024 May
2024EndSem
Advanced Calculus And Complex Analysis - PYQ May 2023
2023EndSem
Advanced Calculus And Complex Analysis - PYQ Jul 2023
2023EndSem
Advanced Calculus And Complex Analysis - PYQ May 2019
2019EndSem
Advanced Calculus And Complex Analysis - PYQ Nov 2024
2024EndSem
Advanced Calculus And Complex Analysis - PYQ May 2025
2025EndSem
Other Exam Topics in Unit 1: Multiple Integrals

Master Double Integrals and Change of Variables in MintAI

Practice past exam questions, test recurring archetypes, and view predictive probability for this topic before your upcoming exam.