Examples of using Lagrange in English and their translations into Turkish
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Mademoiselle Lagrange, please.
The usual perhaps, a 2000 Les Fiefs de Lagrange?
Joseph Lagrange, who discovered them in 1772.
This guy's Sebastian Lagrange.
Lagrange points named after mathematician and astronomer.
It's about the inspection of Lagrange 3.
A Lagrange point, behind Rana IV's furthest moon.
This constant is called the Lagrange multiplier.
History is the certainty produced at the point when the imperfections of memory meet the inadequacies of documentation. Well,Patrick lagrange, sir.
Your real name is Winston Lagrange, which I rather like.
And this is my assistant, Varelli. Edith Lagrange.
Your real name is Winston Lagrange, which I rather like.
I do like"The Vampire Executions"… by Hall Baltimore and Bobby LaGrange.
And one of these large orbits, it is actually larger that the Moon's orbit,the L2 Lagrange point of the Earth. what we call halo orbit around.
In mathematical optimization, the method of Lagrange multipliers(named after Joseph Louis Lagrange) is a strategy for finding the local maxima and minima of a function subject to equality constraints.
Monsieur Wiener, at 2 or 2.15, you visited Mademoiselle Lagrange?
In 1794, Lagrange was appointed professor of the École Polytechnique; and his lectures there, described by mathematicians who had the good fortune to be able to attend them, were almost perfect both in form and matter.
There's a kind of balance point in there, and that's what a Lagrange point is.
Lagrange was finally persuaded and he spent the next twenty years in Prussia, where he produced not only the long series of papers published in the Berlin and Turin transactions, but also his monumental work, the Mécanique analytique.
If is a maximum of for the original constrained problem,then there exists such that is a stationary point for the Lagrange function stationary points are those points where the partial derivatives of are zero.
The lesson went home, and thenceforth Lagrange studied his mind and body as though they were machines, and found by experiment the exact amount of work which he was able to do without breaking down.
Under intervention of Antoine Lavoisier, who himself was by thenalready thrown out of the Academy along with many other scholars, Lagrange was specifically exempted by name in the decree of October 1793 that ordered all foreigners to leave France.
Lagrange believed that he could thus get rid of those difficulties, connected with the use of infinitely large and infinitely small quantities, to which philosophers objected in the usual treatment of the differential calculus.
Despite initial opposition from her parents and difficulties presented by society, she gained education from books in her father's library including ones by Leonhard Euler andfrom correspondence with famous mathematicians such as Lagrange, Legendre, and Gauss.
In addition to the twelve variables γ i j{\displaystyle\gamma_{ij}} and π i j{\displaystyle\pi^{ij}},there are four Lagrange multipliers: the lapse function, N{\displaystyle N}, and components of shift vector field, N i{\displaystyle N_{i.
Collectively referred to as the Interplanetary Transport Network, these highly perturbative, even chaotic,orbital trajectories in principle need no fuel beyond that needed to reach the Lagrange point in practice keeping to the trajectory requires some course corrections.
According to Alessandro Papacino D'Antoni,the academy's military commander and famous artillery theorist, Lagrange unfortunately proved to be a problematic professor with his oblivious teaching style, abstract reasoning, and impatience with artillery and fortification-engineering applications.
If f(x0, y0) is a maximum of f(x, y) for the original constrained problem, then there exists λ0 such that(x0, y0, λ0)is a stationary point for the Lagrange function stationary points are those points where the first partial derivatives of L{\displaystyle{\mathcal{L}}} are zero.
Lambert published several examples of continued fractions in this form in 1768,and both Euler and Lagrange investigated similar constructions, but it was Carl Friedrich Gauss who utilized the algebra described in the next section to deduce the general form of this continued fraction, in 1813.
Space portal Electromagnetic radiation andhealth Background radiation Effect of spaceflight on the human body Heliosphere Lagrange point colonization List of microorganisms tested in outer space Magnetosphere NASA Space Radiation Laboratory Proton: Human exposure Solar flare: Hazards Solar proton event Solar wind Space medicine Van Allen belt Schimmerling, Walter.