GAUSS Meaning in English - translations and usage examples

• gauss

Examples of using Gauss in Tagalog and their translations into English

Mataas gauss magneto.
High Gauss Magnet.

Gauss, gayunpaman, tinanggihan ng mga ideya.
Gauss, however, rejected the idea.

Isang estudyante na nag-aral sa Helmstedt ay gauss.
One student who studied at Helmstedt was Gauss.

Sanaysay, supervised by gauss, ay isinumite sa 1851.
Thesis, supervised by Gauss, was submitted in 1851.

Gayunman, Germain ang pinaka-tanyag na pagsusulatan ay may gauss.
However, Germain's most famous correspondence was with Gauss.

Blumenthal ay ibinigay ang mga gawa ng gauss, maganda ang nakagapos.
Blumenthal was given the works of Gauss, nicely bound.

Sa 1831 gauss ng pangalawang asawa namatay pagkatapos ng matagal na sakit.
In 1831 Gauss's second wife died after a long illness.

Siya na ginawa ng makabuluhang kontribusyon sa gauss- bonete teorama.
He made significant contributions to the Gauss- Bonnet theorem.

Sa 1795 gauss kaliwa Brunswick sa pag-aaral sa Gottingen University.
In 1795 Gauss left Brunswick to study at Göttingen University.

Matapos pag-aralan at Gottingen, gauss ang dumating sa Helmstedt sa 1798.
After studying at Göttingen, Gauss came to Helmstedt in 1798.

Gauss at Weber makakamtan ng marami sa kanilang mga anim na taon na magkasama.
Gauss and Weber achieved much in their six years together.

Sa kanyang mga ulat sa tisis gauss inilarawan Riemann bilang pagkakaroon ng.
In his report on the thesis Gauss described Riemann as having.

Gauss ng guro doon ay Kästner, kanino gauss madalas ridiculed.
Gauss's teacher there was Kästner, whom Gauss often ridiculed.

Ang panahon ng 1817-1832 ay isang partikular na oras para sa nakababalisang gauss.
The period 1817-1832 was a particularly distressing time for Gauss.

Ang impluwensiya ng gauss sa mga Listing ay, gayunpaman, ang tunay na minarkahan.
The influence of Gauss on Listing was, however, very marked.

Isa sa mga problema na kung saan siya nagtrabaho sa noon ay malawakan na may kaugnayan sa gauss bilog problema.
One of the problems which he worked on extensively was related to the Gauss circle problem.

Gauss, gayunman, hindi nagustuhan baguhin at nagpasya na manatili sa Gottingen.
Gauss, however, never liked change and decided to stay in Göttingen.

Ramanujan malaya natuklasan ng mga resulta ng gauss, Kummer at iba sa hypergeometric serye.
Ramanujan independently discovered results of Gauss, Kummer and others on hypergeometric series.

Gauss din itinuro ng kurso sa matematika, ngunit karamihan sa isang antas ng elementarya.
Gauss also taught courses in mathematics, but mostly at an elementary level.

Ito ay ipinagkaloob, gayunpaman, at pagkatapos ay kinuha Riemann kurso sa matematika mula sa Moritz Stern at gauss.
This was granted, however, and Riemann then took courses in mathematics from Moritz Stern and Gauss.

Gayunman, gauss ng mga pagbabago na nakuha mas tumpak na mga resulta sa mas mababa na pagsisikap.
However, Gauss's changes obtained more accurate results with less effort.

Ang ikaapat na dami ng muli tumigil lamang bago ang isang mataas na makabuluhang pag-unlad mula noong 1799 ay ang taon ng gauss ng doktor sanaysay.
This fourth volume again stopped just before a highly significant development since 1799 is the year of Gauss's doctoral thesis.

Sa 1807 gauss kaliwa Brunswick mag-up ang posisyon ng direktor ng Gottingen obserbatoryo.
In 1807 Gauss left Brunswick to take up the position of director of the Göttingen observatory.

Isang pag-aalala kung ano ang ngayon ay kilala bilang ang Behrens-Fisher problema, habang ang pangalawang Hsu iksaminin ang problema ng optimal estimators ng pagkakaiba sa gauss- Markov modelo.
One concerned what is now known as the Behrens-Fisher problem, while the second Hsu examined the problem of optimal estimators of the variance in the Gauss- Markov model.

Gauss palaging mananatili sa memorya ng isang friendly Pfaff parehong bilang isang guro at bilang isang tao.
Gauss always retained a friendly memory of Pfaff both as a teacher and as a man.

Pagkatapos ng Duke of Brunswick had sumang-ayon na magpatuloy gauss ng sahod, siya hiniling na gauss magsumite ng isang doktor disertasyon sa University of Helmstedt.
After the Duke of Brunswick had agreed to continue Gauss's stipend, he requested that Gauss submit a doctoral dissertation to the University of Helmstedt.

Gauss ang kontribusyon sa panteorya astronomy, tumigil pagkatapos ng 1817, bagaman siya nagpunta sa paggawa ng mga obserbasyon hanggang sa edad na 70.
Gauss's contributions to theoretical astronomy stopped after 1817, although he went on making observations until the age of 70.

Ang mga ito ay batay sa mga papeles gauss ng potensyal na mga teorya, na proved pinakamahalaga sa kanyang trabaho sa physics.
These papers were based on Gauss's potential theory, which proved of great importance in his work on physics.

Gayunman, kapag gauss ng bagong paraluman obserbatoryo( natapos sa 1833- libre sa lahat ng mga batubalani riles) had been built, siya pumunta na sa baguhin ang maraming mga pamamaraan ng Humboldt, hindi kawili-wili Humboldt malaki.
However, once Gauss's new magnetic observatory(completed in 1833- free of all magnetic metals) had been built, he proceeded to alter many of Humboldt's procedures, not pleasing Humboldt greatly.

Sa 1808 ng kanyang ama namatay, at sa isang taon mamaya gauss ng asawa Johanna namatay pagkatapos ng panganganak sa kanilang pangalawang anak na lalaki, na noon ay upang mamatay sa lalong madaling panahon pagkatapos ng kanyang.
In 1808 his father died, and a year later Gauss's wife Johanna died after giving birth to their second son, who was to die soon after her. Gauss was shattered and wrote to Olbers asking him to give him a home for a few weeks.