Mga halimbawa ng paggamit ng Kirchhoff sa Ingles at ang kanilang mga pagsasalin sa Tagalog
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Kirchhoff and Weber both discovered that the velocity was independent of the nature of the wire
After the death of Kirchhoff in October 1887, the University of Berlin looked for a world leading physicist to replace him
With Clara, his first wife, Kirchhoff had two sons
His work on differential equations was influenced by Bunsen, Kirchhoff and Helmholtz, with whom he was close friends in Heidelberg,
Gustav Robert Kirchhoff(12 March 1824- 17 October 1887)
The first example of such a use comes from the work of the physicist Gustav Kirchhoff, who published in 1845 his Kirchhoff's circuit laws for calculating the voltage
The excellence of Kirchhoff as a teacher can be inferred from the printed text of his lectures(he managed to publish only those on mechanics,
Republican and socialist feelings meant that the monarchy was in trouble, but Kirchhoff was in a privileged position
Kirchhoff considered an electrical network consisting of circuits joined at nodes of the network
Helmholtz and Kirchhoff.
published similar results to that of Kirchhoff around 1857 on the velocity of a current in a highly conductive wire.
Kirchhoff is perhaps best known for being the first to explain the dark lines in the sun's spectrum as caused by absorption of particular wavelengths as the light passes through gases in the sun's atmosphere.
At this stage Kirchhoff was unaware that Ohm 's analogy between the flow of heat
Earlier work on this topic of a purely analytic nature by Clebsch, Kirchhoff and Steklov on the movement of a solid body in a liquid was given a geometrical interpretation by Chaplygin in both his award winning paper
he went to Heidelberg which had an excellent reputation for science with famous men such as Bunsen, Kirchhoff and Helmholtz on the teaching staff.
After Gustav Kirchhoff has shown that the state of the heat radiation which takes place in a cavity bounded by any emitting
However when Kirchhoff later published this explanation, Stokes disclaimed any prior discovery.
Kirchhoff was not the only one working at the time on electric currents.
However, when Kirchhoff decided not to accept Helmholtz was in a strong position.
Borchardt, Kirchhoff, Helmholtz and Kronecker.