पुनरुक्तात्मक इसके अंग्रेजी अर्थ का उदाहरण

Let \tau denote the tautological 1-form on T^*N.

The Chern classes of these two associated bundles arec_i(T) (-1)^i\sigma_{(1,\ldots, 1)}where (1,\ldots, 1) is an i-tuple andc_i(Q) \sigma_iThe tautological sequence then gives the presentation of the Chow ring asA^*(G(k,n)) \frac{.

It is pseudo-plural, actually being a Lowland Scots corruption of domains or demesne, and so is never used in the form "main" (except occasionally in the tautological "main farm", although this usage is not traditional).

Or rather a tautological compound made of Sp guija "pebble, small stone" + Basque arri "pebble, stone", from Old Spanish (1495) aguija, from Latin (petra) aquīlea, fem.

1960) accepted Denton's torr+pen+howe etymology (against the 1950s "Tosti" proposal), but notes that torr+penn is not tautological.

One quoted, but unproven, derivation is the Gaelic Nuadh-Ard, meaning New Hill, with a tautological "hill" added in the English translation.

पुनरुक्तात्मक इसके अंग्रेजी अर्थ का उदाहरण

While Zug is the name of a city in Switzerland, as well as the German word for train, Hargrave insists that the name has nothing to do with either, and is actually a recursive backronym for the phrase “ZUG is Utterly Great.

The Christmas Bush is similar to some recursive fractal structures where the large scale shape of the robot is repeated a number of times in progressively smaller size.

Thus, in C it is possible (although unwise) to implement a pair of mutually recursive functions thus:.

Let Y be in \mathfrak{g}, v \in V_{\lambda} and set recursively v_0 v, \, v_{i+1} Y \cdot v_i.

divide1 is a recursive definition.

A list with element type E in this representation that is used to compute values of type C would have the following recursive type definition, where '>' denotes function type:.

Their homepage header reads "XAMPP Apache + MariaDB + PHP + Perl", indicating that this abbreviation is a recursive acronym.

Federal Reserve economists An infinite regress is an infinite series of entities governed by a recursive principle that determines how each entity in the series depends on or is produced by its predecessor.

An infinite regress is an infinite series of entities governed by a recursive principle that determines how each entity in the series depends on or is produced by its predecessor.

According to the recursive principle, this is only possible if there is a distinct Y that is also F.

So in addition to connecting the theory to a recursive principle paired with a triggering condition, the argument has to show in which way the resulting regress is vicious.

by pointing out the recursive principle and the triggering condition) and (2) that this infinite regress is vicious (e.

So from any given position, the series can be traced back to elements on the most fundamental level, which the recursive principle fails to explain.