Spherical trigonometry is used to locate places on the earth's surface. All maps are based on trigonometry.
Global Positioning Systems (GPS) depends on three or more satellites picking up radio signals from your device. Trigonometry is then used to triangulate your position - that is, determine where you are in relation to each of the satellites. This gives your current location, from which you can navigate to your destination.
Navigation takes place on the surface of a sphere, and it involves angles and distances. Spherical trigonometry was developed from plane trigonometry so that navigators could find their away over the Earth's surface.
trigonometry is often used to calculate distances from certain locations
There is no Contribution of Thales in the field of trignometry.........
Some would argue that the most complicated Field is Trigonometry.
libraries have trig books.
Richard Burroughs has written: 'A treatise on trigonometry & navigation' -- subject(s): Navigation, Trigonometry
Navigation takes place on the surface of a sphere, and it involves angles and distances. Spherical trigonometry was developed from plane trigonometry so that navigators could find their away over the Earth's surface.
It's good for robotics and computers. If you're good at trigonometry then you can figure out the navigation.
Trigonometry is used in the fields of design, music, navigation, cartography, manufacturing, physics, optics, projectile motion, and any other field which involves angles, fields, waves, harmonics, and vectors.
trigonometry
Not everyone but trigonometry is needed in the field of construction under certain circumstances
Trigonometry has the most application in Engineering and Physics.
this is a grat question wish i could help...
trigonometry is often used to calculate distances from certain locations
The ancient rules of trigonometry are still used today in navigation, aviation, architecture, astronomy, building, engineering, education ..... etc
Compasses use the magnetic field to navigate always pointing North.
Physics, aeronautics, and astronomy all rely heavily on trigonometry.