A source is producing 1500 set it sound wave in 3 seconds if the distance covered by compression and adjacent rarefactions be 68cm. find frequency velocity and wavelength
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number of vibrations produced by sound wave in 3 sec = 1500
we know, frequency is number of vibrations or oscillation in a second .
so, frequency = 1500/3 = 500 Hz
it is given that, distance covered by compression and adjacent refractions be 68cm
e.g., wavelength = 68cm
so, velocity of sound wave = wavelength × frequency
= 500 × 68 = 34000 cm/s or 340 m/s
hence, velocity of sound wave = 340m/s and frequency is 500Hz
we know, frequency is number of vibrations or oscillation in a second .
so, frequency = 1500/3 = 500 Hz
it is given that, distance covered by compression and adjacent refractions be 68cm
e.g., wavelength = 68cm
so, velocity of sound wave = wavelength × frequency
= 500 × 68 = 34000 cm/s or 340 m/s
hence, velocity of sound wave = 340m/s and frequency is 500Hz
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