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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.

Q: How is trigonometry used in ultra sounds?

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ultra sounds are used for seeing a baby in an ultra sound

It is certainly used in calculus, just as calculus can be used in trigonometry.

Trigonometry is used to find the distance and angle of atoms that are bonding. Oh this is for chemistry by the way hope this was helpful. :)

Optics deals with light waves, and all waves relate in some way to trigonometry. Also, the reflection and refraction of light involves trigonometry.

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ultra sounds are used for seeing a baby in an ultra sound

it is used for waves sounds as well

Trigonometry is used effectively in electronics.

they listen out for sounds and the ultrasound hits the prey and comes back to the bat

They are called ultra-sound (s).

It is certainly used in calculus, just as calculus can be used in trigonometry.

SoH: used for finding the sine of a triangle in trigonometry: Opposite/HypotenuseCaH: used for finding the cosine of a triangle in trigonometry: Adjacent/HypotenuseToA: used for finding the tangent of a triangle in trigonometry: Opposite/Adjacent

Trigonometry is used in the design and construction of buildings, cars, planes, and many other objects. Trigonometry is used in physics and engineering whenever forces, waves, fields, and vectors are involved. Trigonometry is used in music and acoustics to design speakers, instruments, and concert halls. Trigonometry is used to coordinate launches OS space shuttles. Trigonometry is used to navigate ships and planes. Nearly every part of modern life uses trigonometry in some way.

sonographer

Stenographer

a sonographer.

Physics, aeronautics, and astronomy all rely heavily on trigonometry.