Home
Class 12
PHYSICS
S,O & W represent source of sound (of fr...

S,O & W represent source of sound (of frequency f), observer & wall respectively. `V_0, V_S, V_D,V` are velocity of observer, source, wall & sound (in still air) respectively. `V_W` is the velocity of wind. They are moving as shown. Find

The wavelength of the waves coming towards the observer from source.

Text Solution

Verified by Experts

`(V-V_(W) +V_(S))/(f)`
Promotional Banner

Topper's Solved these Questions

  • SOUND WAVES

    MOTION|Exercise EXERCISE - 3 ( LEVEL II SECTION A)|5 Videos
  • SOUND WAVES

    MOTION|Exercise EXERCISE - 3 ( LEVEL II SECTION B)|7 Videos
  • SOUND WAVES

    MOTION|Exercise EXERCISE - 3 ( LEVEL I SECTION C)|4 Videos
  • SIMPLE HARONIC MOTION

    MOTION|Exercise EXERCISE -4 (Leve-II) [ JEE 2011]|11 Videos
  • SURFACE TENSION

    MOTION|Exercise Exercise - 3 | Section - B Previous Year Problems | AIEEE|12 Videos

Similar Questions

Explore conceptually related problems

S,O & W represent source of sound (of frequency f), observer & wall respectively. V_0, V_S, V_D,V are velocity of observer, source, wall & sound (in still air) respectively. V_W is the velocity of wind. They are moving as shown. Find The wavelength of the waves coming towards observer from the wall.

S,O & W represent source of sound (of frequency f), observer & wall respectively. V_0, V_S, V_D,V are velocity of observer, source, wall & sound (in still air) respectively. V_W is the velocity of wind. They are moving as shown. Find The wavelength of the waves incident on the wall.

S,O & W represent source of sound (of frequency f), observer & wall respectively. V_0, V_S, V_D,V are velocity of observer, source, wall & sound (in still air) respectively. V_W is the velocity of wind. They are moving as shown. Find Frequency of the waves (as detected by O) coming from wall after reflection.

A stationary source emits a sound towards a wall moving towards it with a velocity u. speed of sound in in air = v. Find the fractional change in wavelength of the sound sent and the reflected sound.

A source of sound emitting a note of frequency 200 Hz moves towards an observer with a velocity v equal to the velocity of sound. If the observer also moves away from the source with the same velocity v, the apparent frequency heard by the observer is

A wall is moving with constant velocity u towards a fixed source of sound of frequency f . The velocity of sound is v . The wavelength of the sound reflected by the wall is

A source of sound S having frequency f. Wind is blowing from source to observer O with velocity u. If speed of sound with respect to air is C, the wavelength of sound detected by O is :

A source of sound S of frequency 500 Hz situated between a stationary observer O and wall W , moves towards the wall with a speed of 2m//s . If the velocity of sound is 332m//s . Then the number of beats per second heard by the observer is (approximately)

A source producing sound of frequency 340 Hz is moving away from a stationary observer with a velocity of 34 ms^(-1) . The apparent change in wavelength of sound heard by the observer is (V = 340 ms^(-1))

Velocity of sound is v. Source and observer move towards each other with velocities V_(s) and V_(0) respectively. Wind is blowing with a velocity v_(m) in the direction opposite to the propagation of sound, n is the frequency of the sound. The apparent frequency of the sound heard by the observer is :-