Examples of using Quadratic in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
The quadratic formula covering all cases was first obtained by Simon Stevin in 1594.[29] In 1637 René Descartes published La Géométrie containing the quadratic formula in the form we know today.
From simple multiplications to the quadratic formula, there is no sense in being able to plug numbers into a computer and write down another number unless you understand what the number represents.
we did a couple of videos on this-- this is how you prove the quadratic equation.
mixed integer programming(MIP), quadratic programming(QP) and nonlinear programming(NLP).
by Indian mathematician Brahmagupta, in Brāhmasphuṭasiddhānta 628, who used negative numbers to produce the general form quadratic formula that remains in use today.
but this application does all that automatically for you and both Cubic Bézier and Quadratic Bézier curved lines are supported.
However, in the twelfth century in India, Bhaskara gives negative roots for quadratic equations but says the negative value"is in this case not to be taken, for it is inadequate; people do not approve of negative roots.".
For instance, quadratic functions suffice for systems with one state;
as a result we say that this is a quadratic algorithm for solving linear equations, modulo N,
Quadratic Voting“applies the same decentralizing logic to democracy,” and Weyl believes a system where a voter
And the possibility of quadratic behavior was deemed not to be a problem in practice for Bentely
However, in the 12th century in India, Bhaskara gives negative roots for quadratic equations but says the negative value"is in this case not to be taken, for it is inadequate; people do not approve of negative roots.".
For example, the solutions to the quadratic Diophantine equation x2+ y2= z2 are given by the Pythagorean triples,
is quadratic and Θ( log( n))
The first matrix Riccati differential equation solves the linear- quadratic estimation problem(LQE). The second matrix Riccati differential equation solves the linear- quadratic regulator problem(LQR). These problems are dual and together they solve the linear- quadratic- Gaussian control problem(LQG).
who developed the chakravala method to solve Pell's equation and other quadratic indeterminate equations in his Brahma Sphuta Siddhanta in 628, about a thousand years before Pell's time.
the NPV is a quadratic function of 1/(1+ r), where r is the rate of return, or put differently, a quadratic function of the discount rate r/(1+ r); the highest NPV is -0.75,
B in time roughly quadratic in the logarithms of X and Y. We will come back to that and discuss the, the performance of Euclid's algorithm I have a bit more detail in just a minute.
some believe this usage is incorrect[11] due to confusion with Gauss's lemma on quadratic residues.
may be called the unit sphere[1][2] or unit quasi-sphere of V. For example, the quadratic form x 2- y 2{\displaystyle x^{ 2}- y^{ 2}}, when set equal to one,