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How is trigonometry used in ultra sounds? - Answers

The computer processor in the ultrasound machine calculates the angle at which the sound beam left the probe and the angle and speed at which the beam is reflected back at the probe. From this the depth of the reflecting tissue and the shape can be determined based upon simple triagulation, which is a trignometric calculation.



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How is trigonometry used in ultra sounds? - Answers

https://math.answers.com/math-and-arithmetic/How_is_trigonometry_used_in_ultra_sounds

The computer processor in the ultrasound machine calculates the angle at which the sound beam left the probe and the angle and speed at which the beam is reflected back at the probe. From this the depth of the reflecting tissue and the shape can be determined based upon simple triagulation, which is a trignometric calculation.



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https://math.answers.com/math-and-arithmetic/How_is_trigonometry_used_in_ultra_sounds

How is trigonometry used in ultra sounds? - Answers

The computer processor in the ultrasound machine calculates the angle at which the sound beam left the probe and the angle and speed at which the beam is reflected back at the probe. From this the depth of the reflecting tissue and the shape can be determined based upon simple triagulation, which is a trignometric calculation.

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      The computer processor in the ultrasound machine calculates the angle at which the sound beam left the probe and the angle and speed at which the beam is reflected back at the probe. From this the depth of the reflecting tissue and the shape can be determined based upon simple triagulation, which is a trignometric calculation.

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