KIRCHHOFF Meaning in Tagalog - translations and usage examples

• kirchhoff

Examples of using Kirchhoff in English and their translations into Tagalog

Tribes are by Kirchhoff.
Mga batas ng sirkito ni Kirchhoff.

Kirchhoff was not the only one working at the time on electric currents.
Kirchhoff ay hindi lamang ang isang nagtatrabaho sa panahon sa electric ng tubig.

The year 1847 was an eventful one for Kirchhoff.
Ang taong 1847 ay isang napakahalaga para sa isang Kirchhoff.

However, when Kirchhoff decided not to accept Helmholtz was in a strong position.
Gayunman, kapag nagpasya Kirchhoff hindi tanggapin Helmholtz ay sa isang malakas na posisyon.

Professor Königsberger, the eminent chemist Kirchhoff,….
Professor Königsberger, ang mga bantog parmasya Kirchhoff,….

While Kirchhoff was in Breslau he met Bunsen who spent the academic year 1851-52 there;
Habang Kirchhoff ay sa Breslau siya matugunan Bunsen na ginugol ng taong akademiko 1851-52 doon;

First described in 1845 by German physicist Gustav Kirchhoff.
Ang mga ito ay unang inilarawan noong 1845 ni Gustav Kirchhoff.

One such student was Kirchhoff who attended the Neumann-Jacobi seminar from 1843 to 1846.
Isa tulad ng mag-aaral ay Kirchhoff na dinaluhan ng Neumann-Jacobi pantas-aral mula sa 1, 843 sa 1846.

In Heidelberg he was influenced by Kirchhoff and Helmholtz.
Sa Heidelberg siya ay naiimpluwensyahan ng Kirchhoff at Helmholtz.

However when Kirchhoff later published this explanation, Stokes disclaimed any prior discovery.
Subalit kapag Kirchhoff mamaya na ito nai-publish na paliwanag, Stokes disclaimed anumang bago diskubre.

They were first described in 1845 by German physicist Gustav Kirchhoff.
Ang mga ito ay unang inilarawan noong 1845 ni Gustav Kirchhoff.

In the year that he arrived in Breslau, Kirchhoff solved a problem concerning the deformation of elastic plates.
Sa taon na siya dumating sa Breslau, Kirchhoff malulutas ang isang problema tungkol sa pagpapapangit ng mga sunud-sunuran plates.

He studied under two leading physicist, namely Helmholtz and Kirchhoff, from 1876 to 1878.
He-aral sa ilalim ng dalawang nangungunang pisisista, namely Helmholtz at Kirchhoff, 1876-1878.

Kirchhoff had been made offers by other universities but he was happy in Heidelberg and turned down such offers.
Kirchhoff had been ginawa ay nag-aalay sa pamamagitan ng ibang mga unibersidad ngunit siya ay masaya sa Heidelberg at ginawang down tulad ng nag-aalok.

In these places he studied under Bunsen, Kirchhoff and Helmholtz.
Sa mga lugar na ito siya-aral sa ilalim ng Bunsen, Kirchhoff at Helmholtz.

Kirchhoff accepted the offer of an appointment as professor of physics and he began a fruitful collaboration with Bunsen.
Kirchhoff tinanggap ang alok ng isang appointment bilang propesor ng physics at siya ay nagsimulang isang kapaki-pakinabang na may collaboration Bunsen.

Among his teachers were Lipschitz, Weierstrass, Borchardt, Kirchhoff, Helmholtz and Kronecker.
Sa kanyang mga guro ay Lipschitz, Weierstrass, Borchardt, Kirchhoff, Helmholtz at Kronecker.

Kirchhoff was the other main candidate and because he was considered a superior teacher to Helmholtz he was offered the post.
Kirchhoff ay ang iba pang mga pangunahing kandidato at dahil siya ay itinuturing na isang guro upang higit na mahusay Helmholtz siya ay inaalok ang mga post.

In 1854 Bunsen, who was working at Heidelberg, encouraged and supported Kirchhoff to move there.
Sa 1854 Bunsen, na noon ay nagtatrabaho sa Heidelberg, hinihikayat at sinusuportahan Kirchhoff upang ilipat doon.

Fundamental work by Kirchhoff on black body radiation(a term he introduced in 1862) was important in the development of quantum theory.
Pangunahing trabaho sa pamamagitan ng Kirchhoff sa black body radiation( isang kataga siya ipinakilala sa 1862) ay mahalaga sa pag-unlad ng quantum theory.

He took part in the Königsberg mathematical semiar which was also attended by Arnhold, Kirchhoff, and Seidel.
He took bahagi sa Königsberg matematiko semiar na kung saan ay nag-aral din sa pamamagitan ng Arnhold, Kirchhoff, at Seidel.

Gustav Kirchhoff's father was Friedrich Kirchhoff, a law councillor in Königsberg with a strong sense of duty to the Prussian state.
Gustav Kirchhoff 's ama ay Friedrich Kirchhoff, isang batas konsehal sa Königsberg na may isang malakas na kahulugan ng mga tungkulin sa Pruso estado.

Among the leading physicists of the nineteenth century, it was Kirchhoff whose temperament was best suited to this task.
Kabilang sa mga nangungunang physicists ng ikalabinsiyam siglo, ito ay Kirchhoff na ang ugali ay pinakamahusay na angkop para sa mga gawaing ito.

Kirchhoff and Bunsen went on to examine the spectrum of the sun in 1861 and were able to identify the chemical elements in the sun's atmosphere.
Kirchhoff at Bunsen nagpunta sa upang suriin ang spectrum ng Linggo sa 1861 at ay able sa kilalanin ang mga sangkap sa chemical ang araw ng kapaligiran.

Now 1843 was the year in which Jacobi became unwell, so it was Neumann who influenced Kirchhoff in a very positive way.
Ngayon 1843 ay ang taon kung saan Jacobi ay naging masama ang pakiramdam, upang ito ay Neumann na naiimpluwensyahan Kirchhoff sa isang positibong paraan.

Kirchhoff was able to make his fundamental breakthrough by producing purer forms of substances than had been previously the case.
Kirchhoff ay able sa gumawa ng kanyang mga pangunahing mga pambihirang tagumpay sa pamamagitan ng paggawa ng mga sangkap purer form kaysa sa nagkaroon na dati ng kaso.

In fact Neumann published the first of his two major papers on electrical induction in 1845 while Kirchhoff was studying with him.
Sa katunayan Neumann-publish ang unang ng kanyang dalawang pangunahing mga papeles sa elektrikal pagtatalaga sa tungkulin sa 1845 habang Kirchhoff ay pag-aaral sa kanya.

Kirchhoff and Weber both discovered that the velocity was independent of the nature of the wire and was almost exactly equal to the velocity of light.
Kirchhoff at Weber parehong natuklasan na ang bilis ay independiyenteng ng kalikasan ng kawad at noon ay halos eksakto sa pantay ang bilis ng ilaw.

It was while he was studying with Neumann that Kirchhoff made his first outstanding research contribution which related to electrical currents.
Ito ay habang siya ay pag-aaral na may Neumann na Kirchhoff ginawa ng kanyang unang natitirang pananaliksik kontribusyon na may kaugnayan sa elektrikal ng tubig.

After the death of Kirchhoff in October 1887, the University of Berlin looked for a world leading physicist to replace him and to become a colleague of Helmholtz.
Pagkatapos ng kamatayan ng Kirchhoff sa Oktubre 1887, ang University of Berlin tumingin ang mundo para sa isang nangungunang pisisista sa palitan kanya at upang maging isang kasamahan ng Helmholtz.