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JEE Oscillations PYQs with Solutions

17 previous year questions from Oscillations (JEE Main & Advanced NSEP) with answers and solutions. Numbered list, year tags, and one-tap solutions — built for serious JEE / NEET practice.

17 questionsNSEPAnswers + solutions

About Oscillations PYQs

Oscillations has 17 previous year questions in the Quantrex Academy JEE Main & Advanced NSEP bank. The 17 questions in this list come from Olympiad workbook (17). Each question opens on its own page with the options, the correct answer and the worked solution where available.

Oscillations questions with solutions

The diagram shows an oscillating block connected to two identical springs. The frequency of oscillations can be increased substantially by

Olympiad workbook Solution View → 2

A simple pendulum has a bob of mass m and a light string of length l . The string is replaced by a uniform rod of mass m and of the same length l . The time period of this

Olympiad workbook Solution View → 3

When a body is suspended from a fixed point by a spring, the angular frequency of its vertical oscillations is ω_1 . When a different spring is used, the angular frequency is ω_2

Olympiad workbook Solution View → 4

Out of the following differential equations, one that correctly represents the motion of a second's pendulum is

Olympiad workbook Solution View → 5

As shown in the figure, a block of mass m is suspended from a support with the help of a system of identical springs. The force constant of each spring is k . Therefore, the

Olympiad workbook Solution View → 6

A particle performs simple harmonic motion at a frequency f . The frequency at which its kinetic energy varies is

Olympiad workbook Solution View → 7

A vertical spring of length l_0 and force constant K is stretched by l when a mass m is suspended from its lower end. By pulling the mass down a little the system is left off to

Olympiad workbook Solution View → 8

Two simple harmonic motions are given by x_1=a ω t+a ω t and x_2=a ω t+ a 3 ω t The ratio of the amplitudes of the first to the second and the phase difference between them

Olympiad workbook Solution View → 9

Position-time graph of a particle moving in a potential field is shown beside. If the mass of the particle is 1 kg its total energy is approximately

Olympiad workbook Solution View → 10

A pendulum is made by using a thread of length 300 cm and a small spherical bob of mass 100 g . It is suspended from a point S . The bob is pulled from its position of rest at O

Olympiad workbook Solution View → 11

As shown in the figure, a block of mass m is hung from the ceiling by the system of springs consisting of two layers. The force constant of each of the springs is k . The

Olympiad workbook Solution View → 12

The log-log graph for a non-linear oscillator is shown below. Assuming the constants to have appropriate dimensions the relationship between time period (T) and the amplitude (A)

Olympiad workbook Solution View → 13

A particle is executing Simple Harmonic Motion of time period T=4 π^2 in a straight line. Starting from rest, it travels a distance ' a ' in the first second and distance ' b ' in

Olympiad workbook Solution View → 14

The variation of acceleration with time for a particle performing simple harmonic motion along straight line is as in adjacent figure. Therefore,

Olympiad workbook Solution View → 15

Two simple pendulums of lengths 1.44 m and 1.0 m start swinging together in the same phase. The two will be in phase again after a time of

Olympiad workbook Solution View → 16

A simple pendulum consisting of a small bob of mass m attached to a massless inextensible string of length ℓ , hanging vertically from the ceiling, is oscillating in a vertical

Olympiad workbook Solution View → 17

An insect of negligible mass is sitting on a block of mass M , tied with a spring of force constant K . The block performs simple harmonic motion vertically with amplitude A in

Olympiad workbook Solution View →

Practice all Oscillations questions in the app →

Main Oscillations list

The larger JEE Oscillations list is under Physics (458 questions).

Related JEE NSEP chapters

Ray Optics (48)Electrostatics (33)Rotational Motion (32)Current Electricity (25)Waves and Sound (25)Mechanical Properties of Fluids (24)Magnetic Effects of Current (23)Dual Nature of Matter (20)Work, Power and Energy (18)Semiconductors (17)Thermodynamics (17)Thermal Properties of Matter (15)

Oscillations in other exams

NEET Oscillations (350)BITSAT Oscillations (31)