A hospital uses an ultrasonic scanner to locate tumours in a tissue. What is the wavelength of sound in the tissue in which the speed of sound is 1.7 km s^–1? The operating frequency of the scanner is 4.2 MHz.

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Solution

Speed of sound in the tissue, v = 1.7 km/s = 1.7 × 10³ m/s

Operating frequency of the scanner, ν = 4.2 MHz = 4.2 × 10⁶ Hz

The wavelength of sound in the tissue is given as:

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A hospital uses an ultrasonic scanner to locate tumours in a tissue. What is the wavelength of sound in the tissue in which the speed of sound is $1.7 k m s^{- 1}$ ? The operating frequency of the scanner is 4.2 MHz.

Q. A hospital uses an ultrasonic scanner to locate tumours in a tissue. The operating frequency of the scanner is 4.2 MHz. The speed of sound in a tissue is

1.7 K m / s

. The wavelength of the sound in the tissue is close to

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A hospital uses an ultrasonic scanner to locate tumours in a tissue. What is the wavelength of sound in the tissue in which the speed of sound is 1.7 km s–1? The operating frequency of the scanner is 4.2 MHz.

Speed of sound in the tissue, v = 1.7 km/s = 1.7 × 103 m/s Operating frequency of the scanner, ν = 4.2 MHz = 4.2 × 106 Hz The wavelength of sound in the tissue is given as:

A hospital uses an ultrasonic scanner to locate tumours in a tissue. What is the wavelength of sound in the tissue in which the speed of sound is 1.7 km s^–1? The operating frequency of the scanner is 4.2 MHz.

Speed of sound in the tissue, v = 1.7 km/s = 1.7 × 10³ m/s

Operating frequency of the scanner, ν = 4.2 MHz = 4.2 × 10⁶ Hz

The wavelength of sound in the tissue is given as: