Two sound waves, originating from the same source, travel aong difeent paths in air and then meet at a point. If the source vibrates at a frequency of 1.0 kHz and one path is 83 cm longer than the other, what iwill be theture of iterference? The speed of soundin air is `ms^-1`.

Two sound waves, originating from the same source, travel along different paths in air and then meet at a point. If the source vibrates at a frequency of 1.0 kHz and one path is 83 cm longer than the other, what will be the nature of interference? The speed of sound in air is 332 ms^-1 .

Two sound waves, originating from the same source, travel along different paths in air and then meet at a point. If the source vibrates at a frequency of 1.0 kHz and one path is 83 cm longer than the other, what will be the nature of interference? The speed of sound in air is 332 ms^-1 .

Two sound waves, originating from the same sound source travel along different paths in air and than meet at a point . The speed of the sound is 330m//s . If the source vibrates at a frequency of 500 Hz and one path is 33 cm longer than the other, then the nature of interference is -

Two sound waves are originating from a single source. They are travelling along different paths in air before meeting at a point. If the source is vibrarting with frequency of 2 kHz and one path is 58 cm longer than the other path then discuss the nature of interference. Speed of sound in air is 336 m/s.

Calculate the beat frequency heard when two sound sources of wavelength 35cm and 35.2 cm are sounded together. The speed of sound in air is 330 ms^(-1)

Calculate the beat frequency heard when two sound sources of wavelength 35cm and 35.2 cm are sounded together. The speed of sound in air is 330 ms^(-1)

A source and a detector move away from each other, each with a speed of 10 ms^-1 with respect to the ground with no wind. If the detector detects a frequency 1950 Hz of the sound coming from the source, what is the original frequency of the source? Speed of sound in air =340 ms^-1 .

A source and a detector move away from each other, each with a speed of 10 ms^-1 with respect to the ground with no wind. If the detector detects a frequency 1950 Hz of the sound coming from the source, what is the original frequency of the source? Speed of sound in air =340 ms^-1 .

A source and a detector moveaway fro each other, each with a speed of 10 ms^-1 with respect to the grond with no wind. If the detector detects a frequency 1950 Hz of the sound coming from thesorce, what is the original frequency of the source? Speed of sound in air =340 ms^-1 .