Examples of using Eigenvalues in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Five factors with eigenvalues larger than one were extracted.
Hurry up! And when the borderline is tauequals zero, the eigenvalues are…?
The eigenvalues of Sz for these three states are +1ħ, 0 and -1ħ.
If the Hessian has both positive and negative eigenvalues then x is a saddle point for f.
The energy eigenvalues do not depend on i or m, but solely on n.
Roughly speaking, they are supposed to have the same sets of eigenvalues, when those are counted with multiplicity.
In discussing their approach to time travel,characters Tony Stark and Bruce Banner mention eigenvalues.
It follows that we can compute all the eigenvalues of a matrix A by solving the equation pA(λ)= 0.
The eigenvalues, which are the number of its characteristic roots that are different from zero equals to the rank of a matrix.
For such a material, the refractive index tensor n,will in general have three distinct eigenvalues that can be labeled nα, nβ and nγ?
Eigenvalues: In discussing their approach to time travel, Tony Stark and Bruce Banner mention eigenvalues.
The linear state space model is stable if all eigenvalues of A are negative real numbers or have negative real parts to complex number eigenvalues.
The Hessian matrix plays an important role in Morse theory and catastrophe theory,because its kernel and eigenvalues allow classification of the critical points.[2][3][4].
The possible results of a measurement are the eigenvalues of the operator- which explains the choice of Hermitian operators-- all their eigenvalues are real.
Statistical tool that is often used to test multicollinearity problems are with the variance inflation factor(VIF), Pearson correlation between the free variables,or by looking at the eigenvalues and condition index(CI).
This is most likely anexample of movie maths talk for effect, as eigenvalues are a fairly low-level(basic) concept in linear algebra.
MATLAB Mathematical Function Library is a vast collection of computational algorithms ranging from elementary functions like sum, sine, cosine, and complex arithmetic, to more sophisticated functions like matrix inverse,matrix eigenvalues, Bessel functions, and fast Fourier transforms.
If there are some positive and some negative eigenvalues, then the critical point is a saddle point, and if none of these cases hold then the test is inconclusive(e.g., eigenvalues of 0 and 3).
Every quantum system is governed by amatrix representing the total energy of the system, and the eigenvalues of the matrix are the energy levels of the quantum system.”.
If there are some positive and some negative eigenvalues, then the critical point is called a"saddle point", and if none of these cases hold(i.e., some of the eigenvalues are zero) then the test is considered to be inconclusive.
This is because these degrees offreedom are frozen because the spacing between the energy eigenvalues exceeds the energy corresponding to ambient temperatures kBT.
However, any system possessing an observable quantity A, which is conserved under time evolution such that A has at least two discrete andsufficiently spaced consecutive eigenvalues, is a suitable candidate for implementing a qubit.
The matrices behind simple atoms, such as hydrogen or helium, can be worked out exactly,yielding eigenvalues that correspond with stunning precision to the measured energy levels of the atoms.
An eigenvalue represents the amount of variance explained by a factor.
A significantly non-zero eigenvalue shows a significant co-integration vector.
So, in this approach, factors having an eigenvalue more than 1.00 are retained.
The eigenvalue problem of complex structures is often solved using finite element analysis.
An eigenvalue higher than 1.