Sentence examples for the foregoing examples from inspiring English sources
Probability can concern not only objects of possible sense experience, as most of the foregoing examples do, but also things that are outside the sensible realm, such as angels, devils, magnetism, and molecules.
I describe the rationale for CST, discuss how managers can use it (including its application to the foregoing examples), and identify the major ethical issues in marketing to which it applies.
When, however, no particular official act need be identified, and the giving of gifts by reason of the recipients mere tenure in office constitutes a violation, nothing but the Governments discretion prevents the foregoing examples from being prosecuted.
(Though some of the foregoing examples have also been used against representationalism; see Section 4).
If you make the decision to invest in long form content in 2016, make sure you refer to the foregoing examples and make a commitment to quality.
For an example involving the set R of real numbers with its usual ordering, we can express the least-upper-bound property by a second-order sentence: ∀X[∃y∀z Xz → z ≤ y) & ∃z Xz → ∃y∀y′ ∀z Xz → z ≤ y′) ↔ y ≤ y′)] The foregoing examples are drawn from mathematical situations.
The set A ∩ B read "A intersection B" or "the intersection of A and B is defined as the set composed of all elements that belong to both A and B. Thus, the intersection of the two committees in the foregoing example is the set consisting of Blanshard and Hixon.
In the foregoing example, California would simply add the monthly income of all members of the AU$75 (granddaughter) plus $0 (first grandniece) plus $0 (second grandniece) for a total of $75and reduce the monthly assistance payment to the Edwards family AU accordingly.
The foregoing example is representative of Marchia's thought in many ways.
As the foregoing example shows, in a second-order language for arithmetic, we can say that the natural numbers are well ordered.
Notice that, in the foregoing example, all the conditions of Theorem 2.1 are fulfilled and (x=0) is a unique common fixed point of the mappings f and g (see Fig. 5).
