Physics / Class XI / Chapter 13 — Oscillations / Previous Year MCQs
Previous Year Questions

Oscillations
PYQ Master Set

Fifty multiple-choice questions drawn directly from 8 major competitive and board examinations spanning 25 years — IIT-JEE, NEET, CBSE, AIIMS, BITSAT, KVPY, and Olympiad. Every question is exam-tagged with its year of appearance.

1997
Earliest Year
25
Years Covered
2021
Latest Year
8
Exam Boards
IIT-JEE JEE Main JEE Advanced NEET CBSE Board AIIMS BITSAT KVPY Olympiad
50
Previous Year Questions

Sourced from 8 exam bodies across 25 years of actual competitive and board papers. Each carries exam name and year.

JEE / IIT
18
NEET
12
CBSE
9
BITSAT
5
KVPY
4
AIIMS
2
50
Questions
25
Years
18
JEE PYQs
35 min
Duration
Question Intelligence

Detailed Analytics — 50 Previous Year Questions

Questions per Exam Board

IIT-JEE / JEE Main / Adv.18
NEET12
CBSE Board9
BITSAT5
KVPY4
AIIMS2

Topic Distribution

SHM Conditions & Kinematics30%
Energy KE / PE / Total24%
T, ω, f Relationships18%
Pendulum & Spring16%
Phase, Graph & Units12%

Questions by Decade

1997 – 20018
2002 – 20067
2007 – 20119
2012 – 201613
2017 – 202113

25-Year Coverage Timeline — Every Exam & Year Present in This Set

199720012005 2009201320172021

Question Map — Q1 to Q50 · Colour = Exam Board

JEE / IIT-JEE NEET CBSE BITSAT KVPY AIIMS Olympiad
Source Profile

Exam Board Breakdown

IIT-JEE / JEE Main / Adv.
18
1997, 1998, 1999, 2001, 2002, 2003, 2004, 2005, 2013, 2014, 2015, 2016, 2017, 2018, 2019
NEET
12
2005, 2010, 2011, 2012, 2013, 2014, 2015, 2016, 2017, 2018, 2019, 2020, 2021
CBSE Board
9
2006, 2008, 2009, 2010, 2011, 2012, 2014, 2015
BITSAT
5
2014, 2015, 2016, 2017, 2018
KVPY
4
2010, 2011, 2014, 2016
AIIMS
2
2010
Olympiad
2
2012, 2013
Pattern Analysis

Most Tested Concepts Across 25 Years

Most Tested 〰️
15

SHM Conditions & Kinematics

Velocity at position x, acceleration direction, zero-crossing timing, and the defining condition F=−kx. The #1 topic across all 8 exam boards.

Very High
12

Energy in SHM

Total energy, KE at displacement x, energy when amplitude doubles, average KE over a full cycle. Especially dominant in JEE and AIIMS questions.

Very High 🔄
9

T, ω, f Relationships

How time period and frequency change when mass, spring constant, or pendulum length is altered. Consistently tested since 1997.

High 🕰️
8

Pendulum & Spring Systems

Pendulum on Moon, on a hill, with doubled length. Spring constant doubling and mass replacement. Classic multi-step problems from JEE 2000–2017.

Medium 📊
6

Phase & Graph Questions

Phase difference between v and x (π/2), a and x (π). Graph shape identification for a–x, KE–x, PE–x. Favoured by NEET and CBSE boards.

Medium 🔢
5

Units, Dimensions & Definitions

SI unit of angular frequency, dimension of spring constant k, definition of initial phase. Recurring in CBSE and AIIMS from 2006–2015.

Board-Wise Intelligence

What Each Exam Repeatedly Tests

🏆
JEE Loves Energy Combinations

Of the 18 JEE questions, 7 involve energy — often paired with amplitude changes or position-specific substitution. The formula E=½mω²A² is the single most useful equation for this subset.

🌿
NEET Focuses on Pendulum & Definitions

NEET questions lean towards conceptual pendulum scenarios — Moon, hill, doubled length — and definitional clarity. NEET rarely demands deep calculus derivations.

📐
CBSE Tests Units & Graph Shapes

Nearly 4 of 9 CBSE questions cover unit identification, dimension, or graph-type discrimination — "unit of angular frequency", "shape of a–x graph" — steadily from 2006 to 2015.

⚙️
BITSAT Uses Substitution Traps

BITSAT questions are numerically clean but use parameter-swap traps — doubling mass, halving k, replacing springs. Answer choices are arranged to catch the common directional error.

🔁
Three Concepts Are Perennial Repeaters

Maximum velocity (v=ωA), phase difference between a and x (π), and pendulum on Moon have appeared across IIT-JEE, NEET, and CBSE in multiple years.

📅
Post-2013 Questions Are Scenario-Based

Questions from 2013 onwards embed formulas in physical scenarios — spring on incline, pendulum in accelerating lift — rather than asking formula recall directly. Seen especially in JEE Main post-2013.

Exam Quick Reference

Formulas Most Used in These PYQs

Max Velocity
v_max = ωA
IIT-JEE 1998 — directly asked; also tested in NEET 2005 framing
Velocity at x
v = ω√(A²−x²)
Most-used formula in this entire set — appears in JEE, NEET, KVPY
Acceleration
a = −ω²x
CBSE 2008, NEET 2015 — definitional form; zero at mean position
Total Energy
E = ½mω²A²
AIIMS 2010, NEET 2016 — amplitude-squared relation is the key trap
Pendulum Period
T = 2π√(L/g)
NEET 2005, NEET 2017 — Moon/hill variant appears across 6 questions
Phase · v leads x
Δφ(v,x) = π/2
JEE Main 2013, NEET 2018 — phase chain questions build on this
Spring Period
T = 2π√(m/k)
BITSAT 2014, Olympiad 2013 — parameter-swap trap questions
KE = PE at
x = A/√2
JEE Main 2014, KVPY 2016 — same result, different level of framing
Solving Strategy

How to Approach PYQ Practise

1

Attempt Under Exam Conditions

Set a 35-minute timer — that mirrors the per-section pace of JEE Main and NEET. Resist looking at the exam tag until after you have answered. Train your instinct, not your memory.

2

Read the Exam Tag After Each Answer

Once you answer, note which board set the question. Over time you will recognise the house style of each exam — JEE's layered framing vs NEET's direct phrasing vs CBSE's definition-first style.

3

Identify the Energy Trap Every Time

Energy questions are the most frequent here. Before solving, ask: is this asking about E, KE, or PE? Confirm whether the amplitude or position is given. E ∝ A² catches most wrong answers.

4

Review Pendulum Questions as a Cluster

After finishing, pull out all pendulum questions and revisit them together. The Moon, hill, elevator, and doubled-length variants are different faces of the same T = 2π√(L/g) logic and are best understood as a family.

50 Real Exam Questions Await

Each question is sourced from an actual competitive paper — exam-tagged, year-dated, and sequenced for maximum learning. Detailed solutions follow the question set.

OSCILLATIONS — Learning Resources

📄 Detailed Notes
✔️ True / False
📌 Exercise
💬 Q&A Discussion
🎯 Advance MCQs
📝 Exercises
OSCILLATIONS-Execise

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