Examples of the the word, cos , in a Sentence Context
The word ( cos ), is the 5048 most frequently used in English word vocabulary
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- Cone, the total luminous flux UV in lumens is given by: UV = Iv ⋅ 2π ⋅ (1 -, cos ,(A/2) ), where A is the radiation angle of the lamp—the full vertex angle of
- If the forcing function is f (t) cos (at) cos (etc), cos , ( ωτ),where ω etc, the equation becomes: \franc + 2 \zeta \franc + q = \ cos (
- Reasoning forces the conclusion that sin (θ) has orientation 1z while, cos ,(θ) has orientation 10. These are different, so one concludes (correctly)
- Coordinates. Given two complex numbers z1 r1 ( cos φ1 + ISIN φ1) and z2 r2 (, cos ,φ2 + ISIN φ2) the formula for multiplication is: z_1 z_2 = r_1 r_2 (\ cos (
- x) \, dx = \int \, dx: \int \tan (x) \, dx = \int \, dx. Letting f (x), cos , ( x) and f (x) - sin (x):: \int \tan (x) \, dx = -\LN + C: \int \tan (x
- Can be inferred. For example, the expression (+ (- 2.2 (/ x 11) (* 7 (, cos ,y) )) ) could be written unambiguously as the sequence + - 2.2 / x 11 The
- Φ - 0.5) degrees to (φ + 0.5) degrees) is about 111132.954 - 559.822 (, cos ,2φ) + 1.175 ( cos 4φ) (Those coefficients can be improved, but as they stand
- Phi_kn \right) where: in is the output sample at discrete time n, : AKN = run, cos ,(AKN): BKN = run sin (AKN): run is the amplitude envelope of the kith
- Of the exponential function EZ (where z is a complex number) and of sin x and, cos ,x for real numbers x (see below). In fact, the same proof shows that Euler's
- X \ where e is the base of the natural logarithm, i am the imaginary unit, and, cos , and sin are the trigonometric functions cos ine and sine respectively, with the
- Copies of the genome: a conceited. #These cowcatchers are cleaved at their, cos ,sites as they are packaged. Packaging cannot occur from circular phage DNA
- Method algorithm, which does not require computation of functions sin () and, cos ,(). In this method U and V are drawn from the uniform (−1,1) distribution
- Direction of Ω. The fictitious force Ff is thus a vector of magnitude m Ω2|r |, cos ,(δ),perpendicular to Ω, and directed towards the center of the star's
- In the last step we have simply recognized the Taylor series for sin (x) and, cos ,(x). The rearrangement of terms is justified because each series is
- Function, can be composed as a sum of sinusoidal functions (sin (x), cos , ( x) ) of various frequencies. Additive synthesis models any periodic or
- Then the ones using Cartesian coordinates. Given two complex numbers z1 r1 (, cos ,φ1 + ISIN φ1) and z2 r2 ( cos φ2 + ISIN φ2) the formula for multiplication is
- Definition of to the complex numbers. This, with the Taylor series for sin and, cos , allows one to derive Euler's formula:: ex = \ cos x + i\sin x, \,\! Which
- Tied hex exp ref y m xor scalars rand print HQ q xor int evil LC HQ y sort, cos ,and print CHR ORD for QC x print each return local x y or print HQ s and
- A series of odd powers of θ. It is seen that the Taylor series of sin (θ) and, cos ,(θ) are orientationally homogeneous using the above multiplication table
- Of cos (x) x3 = Consider the problem of finding the positive number x with, cos ,(x) x3. We can rephrase that as finding the zero of f (x) cos (x) − x3.
- Except when undefined). For example, each of cos (\pi/7), cos (3\pi/7), cos , ( 5\pi/7) satisfies 8x^3 - 4x^2 - 4x + 1 = 0. This polynomial is irreducible
- Ord for QC q join use sub tied ex xor evil xor print HQ q xor int evil LC q m, cos ,and print CHR ORD for QC y abs né open tied hex exp ref y m xor scalars rand
- To (φ + 0.5) degrees) is about 111132.954 - 559.822 ( cos 2φ) + 1.175 (, cos ,4φ) (Those coefficients can be improved, but as they stand the distance they
- Of rational multiples of \pi (except when undefined). For example, each of, cos ,(\pi/7), cos (3\pi/7), cos (5\pi/7) satisfies 8x^3 - 4x^2 - 4x + 1 = 0.
- One can obtain a solution accurate to many decimal places. Solution of, cos ,(x) x3 = Consider the problem of finding the positive number x with cos (x)
- J1 (x) is the derivative of J0 (x),much like sin x is the derivative of, cos ,x; more generally, the derivative of In (x) can be expressed in terms of Jn±1
- The length of the parallel at θ° latitude (either north or south) is, cos ,θ° times the length of the equator. The scale at θ° latitude is therefore
- That there are no solutions of physical equations that are of the form a, cos ,(θ)+b sin (θ),where a and b are real scalars. Note that an expression such
- 1.: x' ( 0) -A \sin 0 + B \ cos 0 B = 0,\, and so B = 0. Therefore, x (t) =, cos ’t. This is an example of simple harmonic motion. See a
- The value of C, differentiating sin x + C with respect to x always yields, cos ,x. In differential equations Similarly, constants appear in the
- And then the real and imaginary parts can be taken to yield formulas for, cos ,(no) and sin (no). For example, since: \left (\ cos x+i\sin x\right)^2 =
- 62-43 BC) Epistle ad Familiars (Letters to his friends) Consul (abbrev., cos ,.; Latin plural consuls) was the highest elected office of the Roman Republic
- Through nondimensionalization. If the forcing function is f (t) cos (at), cos , ( etc) cos (ωτ),where ω etc, the equation becomes: \franc + 2 \zeta \franc +
- 21 May 2005- 26 April 2006. Choctawhatchee River, Washington/Bay/Walton, cos , A population of unknown size has been reported by a team from Auburn
- Two single-stranded segments are the" sticky ends" of what is called the, cos ,site. The cos site circularizes the DNA in the host cytoplasm. In its circular
- The values of the exponential, sine and cos ine functions, exp (x),sin (x), cos , ( x),are known to be irrational for any rational value of x≠0,but each can
- Segments are the" sticky ends" of what is called the cos site. The, cos ,site circularizes the DNA in the host cytoplasm. In its circular form, the
- x) - \ cos (n-2)x \. \end This formula is used for recursive generation of, cos ,(no) for integer values of n and arbitrary x (in radians). Other
- x) 1,giving :1 = (\ cos x - i \sin x) \dot ex \. Multiplying both sides by, cos ,x + i sin x, we obtain: \begin \ cos x + i \sin x &= (\ cos x + i \sin x) (
- This is done through nondimensionalization. If the forcing function is f (t), cos , ( at) cos (etc) cos (ωτ),where ω etc, the equation becomes: \franc + 2
- Consider for instance the function f: 0,2π) → S1 defined by f (φ) = (, cos ,(φ),sin (φ) ). This function is bijective and continuous, but not a
- The zero of f (x) cos (x) − x3. We have f (x) sin (x) − 3x2. Since, cos ,(x) ≤ 1 for all x and x3 > 1 for x > 1,we know that our zero lies between 0
- For example,2.2 -x/11 + 7* cos (y) becomes (+ (- 2.2 (/ x 11) (* 7 (, cos ,y) )) ). This notation often makes it easier to see the relationship between
- Multiples of \pi (except when undefined). For example, each of cos (\pi/7), cos , ( 3\pi/7), cos (5\pi/7) satisfies 8x^3 - 4x^2 - 4x + 1 = 0. This polynomial
- Cosine has period 2. That is, for all and integers, sin () sin (+ 2) and, cos ,() cos (+ 2). Because sin (0) 0,sin (2) 0 for all integers. Also, the
- Of F (s) contains the imaginary axis, σ 0. For example, the function f (t), cos , ( ω0t) has a Laplace transform F (s) s/ (s2 + ω02) whose ROC is Re (s) >
- Homogeneous using the above multiplication table, while expressions like, cos ,(θ) + sin (θ) and exp (θ) are not, and are (correctly) deemed
- Number x with cos (x) x3. We can rephrase that as finding the zero of f (x), cos , ( x) − x3. We have f (x) sin (x) − 3x2. Since cos (x) ≤ 1 for all x and
- Read (d); for step from 0 while a: step print (all); b: = sin (a); c: =, cos ,(a); print (( AZD.6d$,a, b,c) ) OD) print - sends output to the file
- Systems fulfilling neither the Airy nor the Bow-Sutton condition, the ratio a ', cos ,w'/a tan w will be constant for one distance of the object. This combined
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