Home
Class 6
PHYSICS
is a homogeneous medium....

______ is a homogeneous medium.

Text Solution

Verified by Experts

The correct Answer is:
Pure water
Promotional Banner

Topper's Solved these Questions

  • LIGHT

    PEARSON IIT JEE FOUNDATION|Exercise Select the correct alternative from the given options.|11 Videos

  • LIGHT

    PEARSON IIT JEE FOUNDATION|Exercise Fill in the blanks.|15 Videos

  • LIGHT

    PEARSON IIT JEE FOUNDATION|Exercise ASSESSMENT TEST (CROSS WORD )|11 Videos

  • Force and Pressure

    PEARSON IIT JEE FOUNDATION|Exercise CROSSWORD|1 Videos

  • MEASUREMENTS AND MOTION

    PEARSON IIT JEE FOUNDATION|Exercise CROSSWORD|2 Videos

Similar Questions

Explore conceptually related problems

Two plane sonic waves of same frequency are travelling in a homogeneous medium. Loudness recorded by a moving detector in the medium varies from L_(1) = 30 db " to" L_(2) = 43 . 9794 dB . Calculate intensity of the two waves. Give log_(1) 2 = 0 . 30103

A plane elastic wave xi=a e ^(-gammax)cos( omega t - kx) , where a, gamma, omega, and k are constants , propagates in a homogeneous medium. Find the phase difference between the oscillations at the points where the particles, displacement amplitudes differ by eta=1.0 %, if gamma=0.42 m ^(-1) and the wavelength is lambda=50 cm .

The speed of light in a homogeneous medium of refractive index (5)/(4) is

The path along which light travels in a homogeneous medium is called the

A longitudinal standing wave xi a cos kx. Cos omega t is maintained in a homogeneous medium of density rho . Find the expressions for the space density of (a) potential energy w_(p)(x,t), (b) kinetic energy w_(k)(x,t), Plot the space density distribution of the total energy w in the space between the displacement nodes at the moments t=0 and t=T//4 , where T is oscillation period.

A plane wave propagates along positive x-direction in a homogeneous medium of density p=200 kg//m^(3) . Due to propagation of the wave medium particle oscillate. Space density of their oscillation energy is E=0.16pi^(2) J//m^(3) and maximum shear strain produced in the mendium is phi_(0)=8pixx10^(-5) . if at an instant, phase difference between two particles located at points (1m,1m,1m) and (2m, 2m, 2m,) is Deltatheta=144^(@) , assuming at t=0 phase of particle at x=0 to be zero, Wave velocity is

A plane wave propagates along positive x-direction in a homogeneous medium of density p=200 kg//m^(3) . Due to propagation of the wave medium particle oscillate. Space density of their oscillation energy is E=0.16pi^(2) J//m^(3) and maximum shear strain produced in the mendium is phi_(0)=8pixx10^(-5) . if at an instant, phase difference between two particles located at points (1m,1m,1m) and (2m, 2m, 2m,) is Deltatheta=144^(@) , assuming at t=0 phase of particle at x=0 to be zero, wave length is

A plane wave propagates along positive x-direction in a homogeneous medium of density p=200 kg//m^(3) . Due to propagation of the wave medium particle oscillate. Space density of their oscillation energy is E=0.16pi^(2) J//m^(3) and maximum shear strain produced in the mendium is phi_(0)=8pixx10^(-5) . if at an instant, phase difference between two particles located at points (1m,1m,1m) and (2m, 2m, 2m,) is Deltatheta=144^(@) , assuming at t=0 phase of particle at x=0 to be zero, Equation of wave is

________ is a transparent homogeneous medium.