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how can trigonometry use in Metallurgy
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How is trigonometry useful?
Trigonometry is useful in buliding, amongst other professions and industries. Trigonometry is a branch of mathematics that deals with triangles, specifically right-angled triangles. It can be used to measure the angles of a triangle as well as all three sides, as long as two measurements are given.
Sound Engineers use trigonometry?
Trigonometry is used to define triangles, but it is also useful in the representation of waves. Sound engineers, obviously, use deal with sound waves. The pitch, volume, and direction of a sound wave are all deeply rooted in trigonometry.
What is .8660 in trigonometry?
It is a number - in trigonometry or elsewhere.
How is trigonometry used in electronics?
Trigonometry is used effectively in electronics.
How do physicists use trigonometry?
Physicists use trigonometry whenever two or more vectors (fields, forces, momentums, etc...) interact with one another. Trigonometry is especially useful in modeling waves an, which transfer energy in a manner consistant with trigonometric functions. The same is true with oscillatory motion (like a spring bouncing up and down) and electrical current, which often varies in its strength like a spring bouncing (this is AC current).
How is trigonometry useful?
Trigonometry is useful in buliding, amongst other professions and industries. Trigonometry is a branch of mathematics that deals with triangles, specifically right-angled triangles. It can be used to measure the angles of a triangle as well as all three sides, as long as two measurements are given.
Why do you need to know trigonometry for computer programming?
Not necessarly, but it could be useful...
How algebra and trigonometry is useful in your everyday life?
They typically aren't useful in your everyday life unless your job requires them.
Sound Engineers use trigonometry?
Trigonometry is used to define triangles, but it is also useful in the representation of waves. Sound engineers, obviously, use deal with sound waves. The pitch, volume, and direction of a sound wave are all deeply rooted in trigonometry.
How do you solve problems that involve measurements of triangles?
Through the usage of trigonometry and a protractor.
How does trigonometry improve your lives?
Trigonometry is used for various measurements of right angle triangle. so if you know height and base and incident angle then you can calculate other factors of triangle. Trigonometry is very useful in algebra too! in exam you can get mathematical problems which are included sin, cos, tan, cot, sec, cosec. Firstly it may appear boring. but once you understood then it will much interesting like puzzle. It is very useful to engineering. i hope this answer is useful.
How trigonometry helps criminologist?
The answer will depend greatly on the nature of the crime. Trigonometry can be useful in determining trajectories - of vehicles (in accidents), or bullets or other projectiles. The effects of a blow or an impact can be analysed to determine the angle of impact.
Why was metallurgy developed?
Metallurgy was developed to extract and refine useful metals from ores to make tools, weapons, and other important items. It allowed societies to manipulate and shape metal to suit their needs, leading to advancements in technology and civilization.
What is a sohcahtoa useful for?
A way to remember the definitions of the three most common trigonometry functions: sin, cos and tan. Used as a memory aid for the definitions of the three common trigonometry functions sine, cosine and tangent.
Does a reflexive angle have a supplement?
Yes, except that the answer would be an angle whose measure is negative. Such angles are quite useful in trigonometry.
Branches of metallurgy?
Metallurgy is broadly divided into following branches : 1. Mechanical Metallurgy 2. Physical Metallurgy 3. Extractive Metallurgy These are the basic divisions and these branches are further divided into various sub categories.
What is definition of metallurgy?
Metallurgy is the branch of science and technology that deals with the properties and production of metals and their alloys. It involves extraction, purification, and processing of metals to create useful materials for various applications.
