Examples of using Integer multiple in English and their translations into Spanish
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This value must also be an integer multiple of 1,000.
Adding integer multiples of 2gives all the others.
A number is called"even" if it is an integer multiple of 2.
Overtones that are perfect integer multiples of the fundamental are called harmonics.
The desired sample rate does not need to be an integer multiple.
The harmonic frequencies are exact integer multiples of the fundamental frequency.
The integer multiple k, called the level, is a parameter of the theory and k→∞ gives the classical limit.
Every Pythagorean quadruple is an integer multiple of a primitive quadruple.
Which is the result of a path difference that is equal to one half-wavelength of the light or an integer multiple thereof.
Previously it was constrained to integer multiples of the file time resolution.
The sum of these two half-integers implies that the distance between the frequency of the luminance carrier andaudio carrier must be an integer multiple of the line rate.
Overtones which are perfect integer multiples of the fundamental are called harmonics.
Harmonic component(Un or In): Sinusoidal component higher than one in the Fourier frequency series, integer multiple of the frequency source.
If the delay is an integer multiple of samples, digital delay lines are often implemented as circular buffers.
Consequently, rotational peaks appear at energies corresponding to an integer multiple of 2 B¯{\displaystyle 2{\bar{B.
The Lagrangian is an integer multiple of the Chern-Simons function of a G-connection on a 3-manifold which has to be"framed.
The precise definition of a mathematical term,such as"even" meaning"integer multiple of two", is ultimately a convention.
Because of the ambiguity of θ up to the addition of any integer multiple of 2π, any continuous choice of θ on U will suffice to define an antiderivative of 1/z on U. It is the fact that θ cannot be defined continuously on a simple closed curve containing the origin in its interior that is the root of why 1/z has no antiderivative on its entire domain ℂ-{0.
If the refresh rate of the screen equals the frequency of the string or an integer multiple thereof, the string will appear still but deformed.
Young realized that the bright spots on his screen occurred where the difference in the length of the path traveled by the beams of light was an integer multiple of the wavelength of the light.
Where constructive interference occurs,the path difference is an integer multiple of a wavelength(or is zero, as shown earlier), and the intensity of the light hitting the screen is at a maximum.
This is the case for musical tones(after the initial attack transient) where all partials orovertones are harmonic that is all overtones are at frequencies that are an integer multiple of a fundamental frequency of the tone.
They then chose to make the audio subcarrier frequency an integer multiple of the line frequency to minimize visible(intermodulation) interference between the audio signal and the chrominance signal.
The derivative of u with respect to y approaches zero uniformly in x as n increases, but the solution is u( x, y) sinh n y sin n x n 2.{\displaystyle u(x, y)={\frac{\sinh ny\sin nx}{ n^{ 2}}}.}This solution approaches infinity if nx is not an integer multiple of π for any non-zero value of y.
For certain wavelengths, however, the optical path length difference is an integer multiple of the wavelength, so that the losses are very small.
RISC instruction sets attempt to limit the variability in each of these: instruction sets are usually constant length, with few exceptions, there are usually fewer combinations of registers and memory operations, and the instruction issue rate(the number of instructions completed per time period,usually an integer multiple of the clock cycle) is usually constant in cases where memory latency is not a factor.
The old quantum condition requiresthat J multiplied by the period of θ{\displaystyle\theta} is an integer multiple of Planck's constant: 2 π J n h{\displaystyle 2\pi J=nh\,} the angular momentum to be an integer multiple of ℏ{\displaystyle\scriptstyle\hbar.
He correctly decomposed the electromagnetic field in a cavity into its Fourier modes, andassumed that the energy in any mode was an integer multiple of h ν{\displaystyle h\nu}, where ν{\displaystyle\nu} is the frequency of the electromagnetic mode.
In 1815, based on the tables of atomic weights available at the time,he anonymously hypothesized that the atomic weight of every element is an integer multiple of that of hydrogen, suggesting that the hydrogen atom is the only truly fundamental particle(which he called protyle), and that the atoms of the other elements are made of groupings of various numbers of hydrogen atoms.
The quantum condition demands that the integral of the constant l ϕ{\displaystyle\scriptstyle l_{\phi}} as ϕ{\displaystyle\scriptstyle\phi}varies from 0 to 2 π{\displaystyle 2\pi} is an integer multiple of h: l ϕ m ℏ{\displaystyle l_{\phi}=m\hbar\,} And m is called the magnetic quantum number, because the z component of the angular momentum is the magnetic moment of the rotator along the z direction in the case where the particle at the end of the rotator is charged.