उपस्पेस Meaning in English
उपस्पेस शब्द का अंग्रेजी अर्थ : subspace
ऐसे ही कुछ और शब्द
उपजातीउप प्रजाति
उप विशिष्ट
उपगोल
उप दस्ता
सबस्टेज
उपादान
मादक द्रव्यों के सेवन
पदार्थ जिससे कलई की जाती है
पदार्थों
घटिया माल
घटिया समाचारपत्र
घटिया सुंघनी
सब्सटैंशिया निग्रा
पर्याप्त रूप से,बहुत बड़ा
उपस्पेस हिंदी उपयोग और उदाहरण
"" चूंकि अपरिमेय का उपस्पेस बंद नहीं है,।
उपस्पेस इसके अंग्रेजी अर्थ का उदाहरण
A filtered algebra over the field k is an algebra (A,\cdot) over k that has an increasing sequence \{0\} \subseteq F_0 \subseteq F_1 \subseteq \cdots \subseteq F_i \subseteq \cdots \subseteq A of subspaces of A such that.
The relation \triangleleft, defined by \upsilon \triangleleft S if \upsilon is in the subspace spanned by S, is a dependence relation.
Write \mathfrak{g} \mathfrak{h} + L where L is a one-dimensional vector subspace.
Suppose that for each x \in M, we assign an n-dimensional subspace \Delta_x \subset T_x(M) of the tangent space in such a way that for a neighbourhood N_x \subset M of x there exist n linearly independent smooth vector fields X_1,\ldots,X_n such that for any point y \in N_x, span \{ X_1(y),\ldots,X_n(y) \} \Delta_y.
A generalized distribution, or Stefan-Sussmann distribution, is similar to a distribution, but the subspaces \Delta_x \subset T_xM are not required to all be of the same dimension.
CW complex) refers to the subspace Xn that is the union of the simplices of X (resp.
These subspaces increase with n.
When k is infinite, such a branched covering map can be constructed by taking a general projection from an affine space containing X to a d-dimensional subspace.
The theorem can be refined to include a chain of ideals of R (equivalently, closed subsets of X) that are finite over the affine coordinate subspaces of the appropriate dimensions.
The linear subspace of \mathcal D_m(M) consisting of currents with support (in the sense above) that is a compact subset of M is denoted \mathcal E_m(M).
It is possible to define several norms on subspaces of the space of all currents.
If f is the inclusion of a closed subspace X ⊆ Y then f∗ is exact.
b^{\pm}are the dimensions of the maximal positive and negative definite subspaces of H^2, so:.