| 1. | the 20th letter of the English alphabet, a consonant. |
| 2. | any spoken sound represented by the letter T or t, as in tub, but, or butter. |
| 3. | something having the shape of a T. |
| 4. | a written or printed representation of the letter T or t. |
| 5. | a device, as a printer's type, for reproducing the letter T or t. |
| 6. | to a T, exactly; perfectly: That job would suit you to a T. |
| 1. | the 20th in order or in a series, or, when I is omitted, the 19th. |
| 2. | (sometimes lowercase ) the medieval Roman numeral for 160. Compare Roman numerals. |
| 3. | surface tension. |
| 4. | Biochemistry.
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| 5. | Photography. T number. |
| 6. | Physics.
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| 7. | the launching time of a rocket or missile: T minus two. |
| 1. | a random variable having Student's t distribution. |
| 2. | the statistic employed in Student's t-test. |
| a shortened form of it, before or after a verb, as in 'twas, 'tis, do't, see't. |
| U.S. Military. (in designations of aircraft) trainer: T-11. |
| Chemistry. tertiary. |
| var. of -ed used in forming the past tense or past participle of certain verbs, usually occurring when the final consonant of the stem is voiceless, a lateral, or a nasal and there is internal vowel change in the root: slept; felt; dreamt. |
| 1. | Football. tackle. |
| 2. | taken from. |
| 3. | tare. |
| 4. | teaspoon; teaspoonful. |
| 5. | temperature. |
| 6. | in the time of. Origin: < L tempore ![]() |
| 7. | tenor. |
| 8. | Grammar. tense. |
| 9. | territory. |
| 10. | time. |
| 11. | tome. |
| 12. | ton. |
| 13. | town. |
| 14. | township. |
| 15. | transit. |
| 16. | transitive. |
| 17. | troy. |
| 1. | a combining form used in the names of units of measure equal to one trillion of a given base unit: terahertz. |
| 2. | Computers. a combining form of like function with the value 240 (=1,099,511,627,766). Abbreviation: T |
| t 2 abbr. top quark |
| T 1 The symbol for the isotope tritium. |
| T 2 abbr.
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ten·or (těn'ər) n.
[Middle English, from Anglo-Norman, from Latin, uninterrupted course, from tenēre, to hold, continue; see ten- in Indo-European roots.] |
tes·la (těs'lə) n. Abbr. T The unit of magnetic flux density in the International System of Units, equal to the magnitude of the magnetic field vector necessary to produce a force of one newton on a charge of one coulomb moving perpendicular to the direction of the magnetic field vector with a velocity of one meter per second. It is equivalent to one weber per square meter. See Table at measurement. [After Nikola Tesla.] |
| time reversal n. Mathematics Abbr. T An operation representing a transformation from a given physical system undergoing a given sequence of events to a system in which the exact reverse sequence of events takes place. |
| top quark n. Abbr. t A hypothetical quark with a charge of + 2/3 and a mass of 360,000 times that of the electron. See Table at subatomic particle. |
T
A Nasdaq stock symbol specifying that the stock has warrants or rights.
Investopedia Commentary
Nasdaq-listed securities have four or five characters. If a fifth letter appears, it identifies the issue as other than a single issue of common stock or capital stock.
See also: Nasdaq, Stock Symbol, Warrant
Also spelled: T
t
Used in the dividend column of stock transaction tables in newspapers to indicate the market value as of the distribution date of stock dividends paid during the preceding 12 months. Stocks with this listing paid no cash dividends: Jetron .71t.
Used in bond transaction tables in newspapers to indicate a floating-rate bond or note: Amoco 8.05s89t.
t abbr.
temperature (often italic)
T 1
The symbol for the isotope tritium.
T 2
abbr.
tablespoon
absolute temperature (often italic)
tesla
tetanus toxoids vaccine
tetanus vaccine
tera- pref.
One trillion (1012): terahertz.
tesla tes·la (těs'lə)
n.
Abbr. T
A unit of magnetic field intensity in the International System of Units equal to the magnitude of the magnetic field vector necessary to produce a force of one newton on a charge of one coulomb moving perpendicular to the direction of the magnetic field vector with a velocity of one meter per second.
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| Tesla, Nikola 1856-1943.
Serbian-born American electrical engineer and physicist who in 1881 discovered the principles of alternating current. He went on to invent numerous devices and procedures that were essential to the harnessing of electricity and the development of radio. Our Living Language : The Serbian-born inventor Nikola Tesla came to America when he was 28 years old. After working briefly for Thomas Edison, Tesla set up his own laboratory and immediately launched a succession of discoveries and inventions. At the time, most commercially generated electricity was distributed over a direct current (DC) system invented by Edison's lab. This system was very expensive and inefficient for a variety of reasons. To be practical and safe, everyday use of electricity generally required low voltages, but transmission of low-voltage power is very inefficient. Generators at the time easily generated alternating current (AC), but not steady DC, and conversion was difficult. Finally, converting high-voltage DC power required for efficient transmission to low voltage power presented yet another set of technical difficulties. Tesla was a staunch proponent of using AC throughout the power supply chain. He demonstrated that AC power could be transmitted efficiently at high voltages over very long distances, and it could be brought down to safe voltages easily with the use of transformers. After Tesla sold the patents to his AC system to George Westinghouse in 1885, there ensued a competition for dominance between Edison's DC system and Westinghouse's AC. Tesla gave public demonstrations of electricity to ease people's fears about the safety of the AC system, even to the point of having currents passed through his body to ignite flames. Tesla's approach won out; the first power plants at Niagara Falls used the AC system to power the city of Buffalo, New York. Tesla's invention of motors and generators using the AC system helped to ensure its success at replacing direct current throughout the country. Beyond his pioneering work in the production and transmission of electromagnetic energy (including what we now know as radio transmission), Tesla's inventions include the Tesla coil (an induction coil used in radio and television technology), a kind of bladeless turbine, remote control systems, and dozens of other devices—over 700 patents in all. |
T
1. True. A Lisp compiler by Johnathan A. Rees in 1982 at Yale University. T has static scope and is a near-superset of Scheme. Unix source is available. T is written in itself and compiles to efficient native code. Used as the basis for the Yale Haskell system. Maintained by David Kranz
Latest version: 3.1.
(ftp://ftp.ai.mit.edu/pub/systems/t3.1).
A multiprocessing version of T is available (ftp://masala.lcs.mit.edu/pub/mult).
Runs on Decstation, SPARC, Sun-3, Vax under Unix, Encore, HP, Apollo, Macintosh under A/UX.
E-mail:
(1991-11-26)
["The T Manual", Johnathan A. Rees
2. A functional language.
["T: A Simple Reduction Language Based on Combinatory Term Rewriting", Ida et al, Proc of Prog Future Generation Computers, 1988].
3. (lower case) The Lisp atom used to represent "true", among other things. "false" is represented using the same atom as an empty list, nil. This overloading of the basic constants of the language helps to make Lisp write-only code.
4. In transaction-processing circles, an abbreviation for "transaction".
5. (Purdue) An alternative spelling of "tee".
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