In Quincke's tube experiment the differe...

In Quincke's tube experiment the difference in amplitudes is due to

refraction

reflection

superposition

polarization

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

WAVE MOTION
TARGET PUBLICATION|Exercise MCQ 7.1|61 Videos
SURFACE TENSION
TARGET PUBLICATION|Exercise EVALUATION TEST|21 Videos
WAVE THEORY OF LIGHT
TARGET PUBLICATION|Exercise EVALUATION TEST|20 Videos

Similar Questions

Explore conceptually related problems

Quincke’s tube Examples

Quincke's tube is used

A Quincke's tube is used

In a resonance tube experiment the difference between the first and second resonating lengths is 15 cm.Then the wavelength of the sound wave is

In young's experiment, the interfacing waves have amplitudes in the ratio 3:2 . Find the ratio of (a) amplitudes and (b) intensities, between the bright and dark fringers.

In Quincke's experiment on interference of sound a turning fork of frequency 540 Hz is used. Calculate the distance by which the sliding tube is to be drawn out to pass from one minimum to the next minimum. (Velocity of sound =350 m s^(-1) )

In Quincke's experiment, the sound intensity has a minimum value I at a particular position. As the sliding tube is pulled out by a distance of 16.5 mm, the intensity increases to a maximum of 9 I. Take the speed of sound in air to be 330 m s^-1. (a) Find the frequency of the sound source. (b) Find the ratio of the amplitudes of the two waves arriving at the detector assuming that it does not change much between the positions of minimum intensity and maximum intensity.

In Quincke's experiment the sound detected is changed from a maximum to a minimum when the sliding tube is moved through a distance of 2.50 cm. Find the frequency of sound if the speed of sound in air is 340 m s^-1 .

TARGET PUBLICATION-WAVE MOTION -MCQ 7.1

In Quincke's tube experiment the difference in amplitudes is due to
Text Solution
|
A travelling wave passes a point of observation. At this point, the ti...
Text Solution
|
When a wave travels in a medium displacement of a particle is given by...
Text Solution
|
A wave is represented by the equation y = A sin(10pix + 15pit + (pi)...
Text Solution
|
A transverse wave of amplitude 0.5 m and wavelength 1 m and frequency ...
Text Solution
|
The equation of a wave is y=4 sin[(pi)/(2)(2t+(1)/(8)x)] where y ...
Text Solution
|
The equation of a wave is y =4 sin {(pi)/(2) (2t +(x)/(8))} ,where y,x...
Text Solution
|
The equation of a wave of amplitude 0.02 m and period 0.04 s travellin...
Text Solution
|
The path difference between the two waves y(1)=a(1) sin(omega t-(2pi...
Text Solution
|
The equation of a transverse travelling on a rope is given by y=10sinp...
Text Solution
|
A wave motion has the function y=a0sin(omegat-kx). The graph in figure...
Text Solution
|
The eqyation of wave is x= 5sin ((t)/( 0.4) -( x)/(4))cm the maximum...
Text Solution
|
The equation of sound wave travelling along negative X-direction is gi...
Text Solution
|
A progressive wave is represented by the equation y= 0.5 sin ( 314t- ...
Text Solution
|
A wave of frequency 400 Hz has a phase velocity of 300 m/s The phase d...
Text Solution
|
A prograssive wave of frequency 500 Hz is travelling with a speed of 3...
Text Solution
|
If the speed of the wave shown in the figure is 330m//s in the given m...
Text Solution
|
The equation of a wave is y=A sin (2pint) When it is reflected at a f...
Text Solution
|
A bat flying above lake emits ultrasonic sound of 100 kHz ,When this w...
Text Solution
|
Two waves are represented by y(1)= a sin (omega t + ( pi)/(6)) and y(...
Text Solution
|
Two waves represented by the following equations are travelling in the...
Text Solution
|