Examples of using Trigonometric in English and their translations into Hebrew
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This is important for trigonometric functions only.
The values of trigonometric functions in radians for the most common angles used in calculations are also given.
we're not trying to prove how many trigonometric identities we know.
Its use of ratio-based trigonometry rather than trigonometry based on angles and circles makes it the world's most accurate trigonometric table, Dr Mansfield says.
Colin Maclaurin in the 18th century were also very influential in the development of trigonometric series.
Sin cos tan table(trigonometric values) contains the calculated values of trigonometric functions for a certain angle from 0 to 360 degrees in the form of a simple table and in the form of the Bradis table.
We should ask the others to suggest a variety of trigonometric identities to simplify the expressions,
it is also the only completely accurate trigonometric table, because of the very different Babylonian approach to arithmetic and geometry".
It can be proven(see List of trigonometric identities) that the successive values of maxima and minima form a wave whose
Ptolemy's treatise remained in use for performing trigonometric calculations in astronomy throughout the next 1200 years in the medieval Byzantine,
A trigonometric polynomial of degree N has a maximum of 2N roots in any open interval a, a+ 2π with a in R,
applying a simple trigonometric formula, could calculate, without a doubt, the height of the building.
mathematical analysis, a trigonometric polynomial is a finite linear combination of functions sin(nx)
The term trigonometric polynomial for the real-valued case can be seen as using the analogy: the functions sin(nx) and cos(nx) are similar to the monomial basis for polynomials. In the complex case the trigonometric polynomials are spanned by the positive and negative powers of eix.
wonderful rule of logarithms) along with rules that link the values of trigonometric functions of five parts of a right spherical triangle(two angles and three sides).
In 1840, Ferdinand Minding already considered geodesic triangles on the pseudosphere and remarked that the corresponding"trigonometric formulas" are obtained from the corresponding formulas of spherical trigonometry by replacing the usual trigonometric functions with hyperbolic functions; this was further developed by Delfino Codazzi in 1857, but apparently neither of
Using a trigonometric identity, it can be shown that.
The Bernoulli numbers appear in the Taylor series expansion of many trigonometric functions and hyperbolic functions.
The physicist/mathematician Ratip Berker reported a mathematical solution for this configuration in terms of a trigonometric expansion[4].
Then in chapter 8 Euler is prepared to address the classical trigonometric functions as"transcendental quantities that arise from the circle.".