Trigonometry is essential to the study of higher mathematics (calculus) and to the understanding of many scientific and engineering principles. Trigonometry and calculus can be used to model many shapes, motions, and functions in daily life.
Engineers and Physicists use trigonometry, as well as people whose carrers involve acoustics, optics, and waves.
It is a number - in trigonometry or elsewhere.
The disadvantage of trigonometry is that it requires an intellectual effort to learn it. It is much easier to eat pizza, than it is to learn trigonometry. Put down that textbook and order a pizza. Yum!
how can trigonometry use in metallurgy
Trigonometry is essential to the study of higher mathematics (calculus) and to the understanding of many scientific and engineering principles. Trigonometry and calculus can be used to model many shapes, motions, and functions in daily life.
Trigonometry is the study of plane and spherical triangles. Plane trigonometry deals with 2 Dimensional triangles like the ones you would draw on a piece of paper. But, spherical trigonometry deals with circles and 3 Dimensional triangles. Plane trigonometry uses different numbers and equations than spherical trigonometry. There's plane trigonometry, where you work with triangles on a flat surface, then there's spherical trigonometry, where you work with triangles on a sphere.
It requires more than Trigonometry to solve these issues. The answer is simply : It cannot.
Anyone who knows more trigonometry than you and is able to convey that information effectively. A person with loads of qualifications does not necessarily make a teacher.
plane trigonometry spherical trigonometry
Engineers and Physicists use trigonometry, as well as people whose carrers involve acoustics, optics, and waves.
The main kinds are plane trigonometry and solid trigonometry. The latter will include trigonometry in hyper-spaces.
Geometry is a prerequisite for trigonometry. Trig is a prerequisite for higher math, which is going to be used throughout your life.
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You should have a strong foundation n the following areas.communication (written and oral)higher level maths (algebra, trigonometry, calculus)biologychemistryphysicscomputer literacydevelopment of good critical thinking skillsYou should have a strong foundation n the following areas.communication (written and oral)higher level maths (algebra, trigonometry, calculus)biologychemistryphysicscomputer literacydevelopment of good critical thinking skillsYou should have a strong foundation n the following areas.communication (written and oral)higher level maths (algebra, trigonometry, calculus)biologychemistryphysicscomputer literacydevelopment of good critical thinking skillsYou should have a strong foundation n the following areas.communication (written and oral)higher level maths (algebra, trigonometry, calculus)biologychemistryphysicscomputer literacydevelopment of good critical thinking skillsYou should have a strong foundation n the following areas.communication (written and oral)higher level maths (algebra, trigonometry, calculus)biologychemistryphysicscomputer literacydevelopment of good critical thinking skillsYou should have a strong foundation n the following areas.communication (written and oral)higher level maths (algebra, trigonometry, calculus)biologychemistryphysicscomputer literacydevelopment of good critical thinking skills
It is a number - in trigonometry or elsewhere.
TRIGONOMETRY