Search results
Results from the WOW.Com Content Network
The English modal auxiliary verbs are a subset of the English auxiliary verbs used mostly to express modality, properties such as possibility and obligation. [a] They can most easily be distinguished from other verbs by their defectiveness (they do not have participles or plain forms [b]) and by their lack of the ending ‑(e)s for the third-person singular.
As is generally the case with creole languages, it is an isolating language and modality is typically indicated by the use of invariant pre-verbal auxiliaries. [5] The invariance of the modal auxiliaries to person, number, and tense makes them analogous to modal auxiliaries in English.
In some cases appraisers are given specific instructions as to an assumed highest and best use. This use might not pass the tests discussed below as a legitimate highest and best use, and may very well produce a different value. One example of this might be a parkland valuation, where the appraiser has been instructed to ignore all other ...
Subjunctive possibility (also called alethic possibility) is a form of modality studied in modal logic.Subjunctive possibilities are the sorts of possibilities considered when conceiving counterfactual situations; subjunctive modalities are modalities that bear on whether a statement might have been or could be true—such as might, could, must, possibly, necessarily, contingently, essentially ...
the use of the extraordinary assumption is required to properly develop credible opinions and conclusions; the appraiser has a reasonable basis for the extraordinary assumption; use of the extraordinary assumption results in a credible analysis; and the appraiser complies with the appropriate disclosure requirements (as proscribed elsewhere in ...
A reference table (or table of reference) may mean a set of references that an author may have cited or gained inspiration from whilst writing an article, similar to a bibliography. It can also mean an information table that is used as a quick and easy reference for things that are difficult to remember such as comparing imperial with metric ...
The following table defines the possible outcomes when testing multiple null hypotheses. Suppose we have a number m of null hypotheses, denoted by: H 1, H 2, ..., H m. Using a statistical test, we reject the null hypothesis if the test is declared significant. We do not reject the null hypothesis if the test is non-significant.
Given such data, a branch table can be extremely efficient. It usually consists of the following 3 steps: optionally validating the input data to ensure it is acceptable (this may occur without cost as part of the next step, if the input is a single byte and a 256 byte translate table is used to directly obtain the offset below).