Sentence examples for e of order from inspiring English sources

Then, by hypothesis, U has a finite closed α-Q-cover refinement E of order not exceeding n.

The primary conclusions are that observed lapse rates in complex terrain differ markedly from the commonly assumed Γ = 6.5 K km−1, these lapse rates can be realistically resolved via dynamical downscaling, and use of constant Γ produces differences in E of order as large as 102 mm year−1.

Let ℱ be a saturated formation containing all supersoluble groups and G be a group with a normal subgroup E such that G / E ∈ F. If each minimal subgroup of F ∗ ( E ) of order prime or 4 is S-quasinormally embedded in G, then G ∈ F. In [2], Skiba proposed the following question.

Corollary 4.13 Let ℱ be a saturated formation containing all supersoluble groups and G be a group with a normal subgroup E such that G / E ∈ F. If each cyclic subgroup of F ∗ ( E ) of order prime or 4 is weakly S-supplemented in G, then G ∈ F.

where D p α m y and D p α i y are fractional pseudo-derivatives of the function u : T → E of order α m and α i, i = 1, 2, …, m − 1, respectively and f : T × E → E is a given function, 0 < α 1 < α 2 < ⋯ < α m < 1 and a 1, a 2, …, a m − 1 are real numbers such that a : = ∑ i = 1 m − 1 | a i | Γ ( α m − α i + 1 ) < 1.

The weighted directed graph G = (V, E) of a CRN consists of a finite nonempty set V of vertices and a finite set E of ordered pairs of distinct vertices called directed edges.

If all subgroups of F ( E ) of prime order or order 4 are c-normal in G, then G is supersoluble.

Then (Gin fancyscript{F}) if and only if every cyclic subgroup of any Sylow subgroup of (F^(E)) of prime order or order 4 is (s -semipermutable in (G).

Then (Gin fancyscript{F}) if and only if every cyclic subgroup of any Sylow subgroup of (F^(E)) of prime order or order 4 is (s -quasinormal in (G).

For a typical rubber, E is of order 105 N m−2 and is primarily due to entropic effects.

It is the unique rational approximation to e z of order r + s, such that the degree of numerator and denominator are r and s, respectively.