Quantrex Quantrex AcademyJEE · NEET · NDA PYQs with solutions Open app
AP EAMCET202317 May 2023Evening ShiftPhysicsOscillationsActual

A particle initially at the mean position is executing simple harmonic motion with an angular frequency 4 rad s ⁻¹ . The ratio of the distances travelled by the particle in the first second and second is

Options

  1. A2: 1
  2. B1: 1
  3. C(1+ 3 ): 1
  4. D(1+ 2 ): 1

Correct answer

D. (1+ 2 ): 1

Step-by-step solution

Angular frequency, = 4 Displacement of particle executing SHM at t=1 ~s Y₁=A 4 = A 2 Displacement of particles executing S H M at t=2 sY₂=A 2 4 =A Distance covered in time 2 ~s , Y ₂- Y ₁= A - A 2 Ratio = Y₁ Y₂-Y₁ = A 2 A- A 2 = 1 2 -1 2 +1 2 +1 Ratio =(1+ 2 ): 1

Practice Oscillations on Quantrex Academy →

More from Oscillations

Force constant of interatomic bond, in a certain element, is 7.1 Nm⁻¹ . If the atom oscillates in SHM in a certain direction, what is its frequency? Given: Mole weight of the given 2026An object of mass 10g executes SHM along the x -axis with frequency of ( 10 ) Hz. At the point x = 2 cm the object has KE 1.2 J and PE 0.4 J. The amplitude of oscillation is 2026A simple pendulum of length L , mass m and electric charge q on its bob is oscillating with a time period T under uniform gravity which is in the - z direction. Upon applying a uni 2026A sphere and a cube of equal masses on a horizontal frictionless floor, are confined between two vertical walls, as shown in the figure. The cube is attached to the wall by a massl 2026A mass of 1 kg is executing SHM. Its displacement is given by x = 6.0 (100t + /4) cm. What is the maximum kinetic energy? 2026If the displacement of a particle executing simple harmonic motion is given by x =0.5 (125.6 t ) , then the time period of oscillation of the particle is nearly (Here x is displace 2025The amplitude of a damped harmonic oscilator becomes 50 % of its initial value in a time of 12 s. If the amplitude of the oscillator at a time of 36 s is x % of its initial amplitu 2025If the function ^2 t ( t is time in second) represents a periodic motion, then the period of the motion is 2025 Full Oscillations list All AP EAMCET PYQs