The angle information is provided by means of buffered sine and
cosine voltages.
Açı bilgi tamponlu sinüs ve kosinüs gerilim vasıtasıyla sağlanır.
Kaynak: electropages.comDon't know your tangent ratio from your
cosine ratio?
Sizin kosinüs oranı adresinin tanjant oranını biliyor musunuz?
Kaynak: tricitynews.comI guess the best answer is that solution to simple harmonic motion is a sine or
cosine function.
Ben en iyi cevap basit harmonik hareket için çözüm sinüs veya kosinüs fonksiyonu olmasıdır sanırım.
Kaynak: wired.comAfter watching a trigonometry class, my cameraman Felix Seuffert and I talked about our failed attempts at solving sine and
cosine problems.
Bir trigonometri sınıf izledikten sonra, benim kameraman Felix Seuffert ve ben sinüs ve kosinüs sorunları çözme bizim başarısız girişimleri hakkında konuştuk.
Kaynak: mg.co.zaThe most familiar trigonometric functions are the sine ,
cosine, and tangent. (rise) of the triangle, the
cosine gives the length of the x-
Kaynak: Trigonometric functionsA discrete
cosine transform (DCT) expresses a finite sequence of data points in terms of a sum of
cosine functions oscillating at
Kaynak: Discrete cosine transformIn optics , Lambert's
cosine law says that the radiant intensity or luminous intensity observed from an ideal diffusely reflecting
Kaynak: Lambert's cosine lawHigher-order generalized
cosine windows: Windows of the form. w(n) sum_k 0^K a_k; cosleft( frac 2 pi k n N
ight. have only 2 K + 1 non-
Kaynak: Window functionIn trigonometry , the law of
cosines (also known as the
cosine formula or
cosine rule) relates the lengths of the sides of a plane triangle
Kaynak: Law of cosinesCosine similarity is a measure of similarity between two vectors of an inner product space that measures the
cosine of the angle between
Kaynak: Cosine similarity In spherical trigonometry , the law of
cosines (also called the
cosine rule for sides) is a theorem relating the sides and angles of
Kaynak: Spherical law of cosinesThe modified discrete
cosine transform (MDCT) is a Fourier-related transform based on the type-IV discrete
cosine transform (DCT-IV),
Kaynak: Modified discrete cosine transformIn mathematics , the Fourier sine and
cosine transforms are forms of the Fourier integral transform that do not use complex number s.
Kaynak: Sine and cosine transformsThe raised-
cosine filter is a filter frequently used for pulse-shaping in digital modulation due to its ability to minimise intersymbol
Kaynak: Raised-cosine filterIn probability theory and statistics , the raised
cosine distribution is a continuous probability distribution supported on the
Kaynak: Raised cosine distributionIn signal processing , a root-raised-
cosine filter (RRC), sometimes known as square-root-raised-
cosine filter (SRRC), is frequently used as
Kaynak: Root-raised-cosine filterThe basic hyperbolic functions are the hyperbolic sine "sinh" (icon | ˈ | s | ɪ | n | tʃ or ˈ | ʃ | aɪ | n), and the hyperbolic
cosine "
Kaynak: Hyperbolic functionThe power series expansions of sine and
cosine functions are respectively called Madhava's sine series and Madhava's
cosine series.
Kaynak: Madhava seriesCosine integral: Image:
Cosine integral. svg | Plot of Ci(x) for 0 x ≤ 8π. The different
cosine integral definitions are:
Kaynak: Trigonometric integral