BOOLE Meaning in English - translations and usage examples

• boole

Examples of using Boole in Tagalog and their translations into English

Busto ni George Boole na pinasinayaan noong 2016.
Bust of George Boole unveiled in 2016.

Boole ng trabaho ay dapat tinuturing na isang pangunahing hakbang sa ngayon computer rebolusyon.
Boole's work has to be seen as a fundamental step in today's computer revolution.

Maraming mga honours ay ibinigay sa Boole bilang ng mga henyo sa kanyang mga gawain ay kinikilala.
Many honours were given to Boole as the genius in his work was recognised.

Miss Boole handa ang kanyang mga nag-aaral maayos para sa kanilang pag-aaral sa unibersidad.
Miss Boole prepared her pupils very well for their university studies.

Sa 1855 Mary's ama-iiwan ng kanyang mga namatay na walang ibig sabihin ng suporta at Boole iminungkahing kasal.
In 1855 Mary's father died leaving her without means of support and Boole proposed marriage.

Boole ng sistema ng lohika ay ngunit isa sa mga proofs ng likas na kakayahan at pasensya pinagsama.
Boole's system of logic is but one of many proofs of genius and patience combined.

Ano Macfarlane nabigo sa sabihin ay na Boole ng asawa sumampalataya na ang isang lunas ay dapat maging katulad ang dahilan.
What Macfarlane fails to say is that Boole's wife believed that a remedy should resemble the cause.

Boole approached lohika sa isang bagong paraan ang pagbabawas ng ito sa isang simpleng algebra, incorporating lohika sa matematika.
Boole approached logic in a new way reducing it to a simple algebra, incorporating logic into mathematics.

Ang mga sumusunod na taon na siya ay nominated para sa isang samahan ng Royal Society, Boole at Sylvester pagiging kabilang sa kanyang proposers.
The following year he was nominated for a fellowship of the Royal Society, Boole and Sylvester being among his proposers.

Siya ilagay Boole sa kama at threw buckets ng tubig sa kama dahil sa kanyang sakit had ay sanhi ng pagkuha ng basa.
She put Boole to bed and threw buckets of water over the bed since his illness had been caused by getting wet.

Poretsky nagtrabaho sa matematika para sa lohika ang natitirang bahagi ng kanyang buhay, pagpapalawak at augmenting mga resulta ng Boole, Jevons at Schröder.
Poretsky worked on mathematical logic for the rest of his life, extending and augmenting results of Boole, Jevons and Schröder.

Alicia Boole experimented gamit ang cubes at kaagad na binuo ng isang amazing pakiramdam para sa apat na dimensional geometry.
Alicia Boole experimented with the cubes and soon developed an amazing feel for four dimensional geometry.

George's-aaral ay sa bahay kung saan, kasama ang kanyang mga kapatid na lalaki at mga madre, siya ay tutored by MA Boole, na George Boole 's babae.
George's schooling was at home where, together with his brothers and sisters, he was tutored by M A Boole, who was George Boole 's sister.

Ito ay Boole, lalo na sa kanyang mga libro Ang mga Batas ng pag-iisip( 1854), na Matindi ang naiimpluwensyahan Jevons' ideya sa matematikal na lohika.
It was Boole, particularly with his book The Laws of Thought(1854), who strongly influenced Jevons' ideas on mathematical logic.

Nai-publish na ang kanyang" pagtutuos o Logique" niya ng isang remote na nasilayan ng ilang mga puntos na kung saan ay inilalagay sa liwanag ng araw sa pamamagitan ng Mr Boole.
Published his"Computation or Logique" he had a remote glimpse of some of the points which are placed in the light of day by Mr Boole.

Boole ay hindi pag-aaral para sa isang academic degree, ngunit mula sa edad na 16 siya ay isang assistant paaralan guro at Heigham's School sa Doncaster.
Boole did not study for an academic degree, but from the age of 16 he was an assistant school teacher at Heigham's School in Doncaster.

Siya ay ipinakilala sa William Thomson sa isa sa mga lektura at Panginoon Kelvin Sinabi niya sa kanya ay friendly na may Geoffrey Taylor's lolo George Boole.
He was introduced to William Thomson at one of these lectures and Lord Kelvin told him he had been friendly with Geoffrey Taylor's grandfather George Boole.

Sa oras na ito Boole ay pag-aralan ang gumagawa ng Laplace at Lagrange, paggawa ng tala na kung saan ay mamaya ay ang batayan para sa kanyang unang matematika papel.
At this time Boole was studying the works of Laplace and Lagrange, making notes which would later be the basis for his first mathematics paper.

Pagkatapos ng isang taon siya napunta sa isang komersyal na paaralan tatakbo sa pamamagitan ng Mr Gibson, isang kaibigan ng John Boole, kung saan siya ay nanatili hanggang siya ay pitong taong gulang.
After a year he went to a commercial school run by Mr Gibson, a friend of John Boole, where he remained until he was seven years old.

Boole ay hindi mag-Duncan Gregory 's payo at pag-aaral ng kurso sa Cambridge bilang niya kinakailangan ang kita mula sa kanyang paaralan sa hitsura pagkatapos ng kanyang magulang.
Boole was unable to take Duncan Gregory 's advice and study courses at Cambridge as he required the income from his school to look after his parents.

Gregory, sa kanyang turn, nagkaroon ng isang malaking impluwensiya sa Boole at ito ay sa pamamagitan ng kanyang impluwensiya na Boole-set out sa kanyang mga makabagong pananaliksik.
Gregory, in his turn, had a major influence on Boole and it was through his influence that Boole set out on his innovative research.

Ito ay kanyang unang trabaho sa topic na play ng isang malaking papel sa kanyang mga pananaliksik sa susunod na ilang taon na at ito ay batay sa mga gawain ng Schröder, Boole at Charles Peirce.
This was his first work on the topic that would play a major role in his research over the next few years and it was based on the work of Schröder, Boole and Charles Peirce.

Ito ay nai-publish sa pamamagitan ng Boole sa mga transaksyon ng Royal Society sa 1844 at para sa mga ito sa trabaho niya natanggap ang Kapisanan ng Royal medalya sa Nobyembre 1844.
It was published by Boole in the Transactions of the Royal Society in 1844 and for this work he received the Society's Royal Medal in November 1844.

Sa pamamagitan ng mga oras na ito niya na matugunan Mary na bundok sa mundo( isang pamangking babae ng Sir George Everest, pagkatapos kanino ang mga bundok ay pinangalanang) na ang tiyuhin ay ang mga propesor ng Greek sa Cork at isang kaibigan ng Boole.
By this time he had already met Mary Everest(a niece of Sir George Everest, after whom the mountain is named) whose uncle was the professor of Greek at Cork and a friend of Boole.

Kahit na ito ay hindi tama, Boole at Poincaré, naiimpluwensyahan walang agam-agam sa pamamagitan ng ang mag-away, na tinatawag na ang pagbabagong-anyo ng Laplace-anyo. Szénássy magsusulat.
Although this was untrue, Boole and Poincaré, influenced no doubt by the quarrel, called the transformation the Laplace transform. Szénássy writes.

Bayes's conclusion ay tinanggap sa pamamagitan ng Laplace sa isang talaarawan 1781, muling natuklasan sa pamamagitan ng Condorcet( bilang Laplace mentions), at naiiwan unchallenged hanggang Boole questioned ang mga ito sa mga Batas ng pag-iisip.
Bayes's conclusions were accepted by Laplace in a 1781 memoir, rediscovered by Condorcet(as Laplace mentions), and remained unchallenged until Boole questioned them in the Laws of Thought.

Matematiko ang damit sa kung saan[ Boole] Threw kanyang ay hindi discoveries tamang sa mga ito, at sa kanyang parang-matematiko na proseso ay malaking-malaki mas kumplikado kaysa sa mga ito ay kailangan.
The mathematical dress into which[Boole] threw his discoveries is not proper to them, and his quasi-mathematical processes are vastly more complicated than they need have been.

Grattan-Gines nagmumungkahi na ang pangunahing pagkakaiba sa pagitan ng kanilang mga diskarte ay na, kahit na parehong sumampalataya sila ay pag-aralan ang mga batas ng pag-iisip, Boole nagkaroon ng mas algebraic konsepto ng lohika habang Jevons argued na matematika nalikom mula sa lohika.
Grattan-Guinness suggests that the main difference between their approach was that, although both believed they were studying the laws of thought, Boole had a more algebraic concept of logic while Jevons argued that mathematics proceeds from logic.

Boole, Mula Morgan at Venn sinundan sa kanya, ngunit Hamilton magsisimula na ito sa pag-unlad at sa kanyang trabaho, bagama't hindi ng mga dakilang lalim, naiimpluwensyahan Boole upang makabuo ng isang mas sophisticated system.
Boole, De Morgan and Venn followed him, but Hamilton helped begin this development and his work, although not of great depth, influenced Boole to produce a much more sophisticated system.

Boole din nagtrabaho sa kaugalian equation, ang mga makapangyarihan Treatise sa kaugalian equation ay lumitaw sa 1859, ang calculus ng wakas pagkakaiba, Treatise sa Calculus ng wakas kaibahan( 1860), at pangkalahatang pamamaraan sa mga bagay na maaaring mangyari.
Boole also worked on differential equations, the influential Treatise on Differential Equations appeared in 1859, the calculus of finite differences, Treatise on the Calculus of Finite Differences(1860), and general methods in probability.