Sentence examples for propositions given by from inspiring English sources

Exact(1)

As sources for this idea Prior cites John Wallis (a seventeenth century logician) and the account of logically necessary and logically impossible propositions given by Wittgenstein in the Tractatus (p.737).

Similar(59)

Figure 3 shows the network that would be generated by ACME for the four propositions given above.

The following proposition was given by Vieira in [20] (see Proposition 5.6 in [20]), but we provide its proof using Lemma 3.3 and Lemma 3.4.

Where the import of a proposition is given by connotation, truth or falsity is determined by denotation.

Regarding the first, Peirce (1998/1992, in 'How to Make Our Ideas Clear', for instance, originally published in 1878) holds that the meaning of a proposition is given by its 'practical consequences' for human experience, such as implications for observation or problem-solving.

We note here that quite similar expressions to the first identity of Proposition 3.7 are given by Kamano [[3], Proposition 2.4], Rim et al. [[8], Theorem 2.7] and Tsumura [[10], (1)].

Ecclesiastical condemnations of propositions considered false or dangerous and threats against the holders of doctrines implied by these propositions gave a more definite status to the Averroists, although many propositions condemned at Paris and Oxford in 1270 and 1277 had nothing to do with Aristotle and little with Averroës.

A proposition is also given by Cao et al. [ 33] to illustrate the superiority of the V-ELM over the original ELM as follows.

The sets A 1, …, A 4 and the sets B 1, …, B 8 are given by Propositions 2 and 3, respectively.

The last piece of evidence relevant to these propositions is a statement given by the police (left( P right)) that a police officer observed a frequent rubbing activity by the suspect.

If m is large enough, then (|omega _{m}-1|leqalpha), where α has the value given by Propositions 4.1, 4.2, and consequently S(R_{m})=sqrt{frac{h_{m}(h_{m}+n-2)}{-beta^{omega _{m}}_{1}}} +o(1), where ({h_{m}}_{m}) is a divergent sequence of natural numbers.

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