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A Doppler shift ultrasonic flow meter uses two piezoelectric crystals each having a natural frequency of 5 MHz. These crystals are used as transmitter and receiver. The transmitter directs an ultrasonic wave into the pipe which makes an angle of 45∘ with the direction of flow calculate the received frequency (MHz) for a fluid velocity of 20 m/sec. Assume the velocity of sound in fluid to be 500 m/sec. 4.717

Answer» A Doppler shift ultrasonic flow meter uses two piezoelectric crystals each having a natural frequency of 5 MHz. These crystals are used as transmitter and receiver. The transmitter directs an ultrasonic wave into the pipe which makes an angle of 45 with the direction of flow calculate the received frequency (MHz) for a fluid velocity of 20 m/sec. Assume the velocity of sound in fluid to be 500 m/sec.






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