fschieber/wit-captions huggingface dataset:
Flugblatt mit einem Spottgedicht über Hecker. Über die Scheideck heißt es dabei in den Strophen Fünf und Sechs: Durch die Baar that man jetzt wandern, / Und hernach in’s Wiesenthal, / Und daselbst stieß man bei Kandern / Auf Soldaten ohne Zahl. / Edler Gagern, wackre Hessen, / Wollt ihr euch mit Hecker messen? / Gagern, du kommst nicht zurück, / Vivat hoch die Republik! / Gagern wollt parlamentiren, / Doch das ist nicht Hecker’s Art; / "Ich, sprach er, soll retirieren, / „Ich mit meinem rothen Bart!?“ – Ach! Nun hört man Schüsse knallen, / General Gagern sah man fallen – / Und der tapf're Hinkeldey / Saß zu Pferde auch dabei.
Flugblatt mit einem Spottgedicht auf Hecker und die badische Revolution nach dem gescheiterten Aprilaufstand 1848
Die Krone des Königreichs Bayern in der Schatzkammer der Münchner Residenz, links der Reichsapfel (lateinische Inschrift: „In signum concordiae patris ac patriae MDCCCVI“, deutsche Übersetzung: „Zum Zeichen der Eintracht von Vater und Vaterland, 1806“), rechts die Königinnenkrone, dahinter das Königsschwert (lateinische Inschrift: „Nec temere, nec timide“, deutsche Übersetzung: „(Führe es) nicht unbesonnen, doch auch nicht furchtsam“; Die lateinische Inschrift des Zepters „Cui non civium servitus tradita, sed tutela“ lautet in deutscher Übersetzung „Dem nicht die Knechtschaft der Bürger, sondern ihr Schutz aufgetragen ist“).
Deutsch: Krone des Königreich Bayern, 1806. Ausgestellt in der Schatzkammer der Residenz München
Cross-section of a copper/zinc cell with a sulfuric acid electrolyte. The drawing illustrates the atomic model for the chemical reactions; lemon cells have essentially the same model. Zinc atoms enter the electrolyte as ions missing two electrons (Zn2+). Two negatively charged electrons from the dissolved zinc atom are left in the zinc metal. Two of the dissolved protons (H+) in the acidic electrolyte combine with each other and two electrons to form molecular hydrogen H2, which bubbles off of the copper electrode. The electrons lost from the copper are made up by moving two electrons from the zinc through the external wire.
Representación del tiempo geológico como un círculo cerrado que muestra las principales unidades y eventos clave de la historia de la Tierra. El eón Hadeico representa el tiempo antes del registro fósil de la vida en la Tierra; su límite superior se considera ahora como 4,4 Ga (hace más de cuatro mil millones de años).[1]​ Otras subdivisiones reflejan la evolución de la vida; el Arcaico y el Proterozoico son eones, el Paleozoico, el Mesozoico y el Cenozoico son eras del eón Fanerozoico. El período cuaternario de tres millones de años, el tiempo de los humanos reconocibles, es demasiado pequeño para ser visible a esta escala.
King's Highway 11, looking north from overpass, toward South Sparrow Lake Road/Goldstein Road in Severn, Ontario, Canada.
Several characteristics of a RIRO expressway are shown in the image: there is an unbroken median, there are right-in/right-out turns at the side roads, there are businesses with direct right-in/right-out frontage along the highway, and there is a sign indicating that access to the southbound lanes of the highway is via a right turn onto the side road (in this case, by following Goldstein Road to the overpass road, crossing over the highway, then continuing on the overpass road to South Sparrow Lake Road).
English: King's Highway 11, looking north from overpass toward South Sparrow Lake Road/Goldstein Road right-in/right-out exits in Township of Severn, Simcoe County, Ontario, Canada. Image taken by me (Sonysnob). Similar images available here: http://www.asphaltplanet.ca/ON/hwy_11_images/Hwy11_p2b_images.htm
Esboço contendo os principais passos do método científico. O método começa pela observação, que deve ser sistemática e controlada, a fim de que se obtenham os fatos científicos. O método é cíclico, girando em torno do que se denomina Teoria Científica, a união indissociável do conjunto de todos os fatos científicos conhecidos e de um conjunto de hipóteses testáveis e testadas capaz de explicá-los. Os fatos científicos, embora não necessariamente reprodutíveis, têm que ser necessariamente verificáveis. As hipóteses têm que ser testáveis frente aos fatos, e por tal, falseáveis. As teorias nunca são provadas e sim corroboradas.
Схема корабля[6]

А бытовой отсек, БО, 2.6×2.2 м, 1300 кг:

1 переходный люк и стыковочный узел;
2 и 4 антенны системы сближения Курс;
3 передающие антенны;
5 телекамера;
6 посадочный люк.


B спускаемый аппарат, СА, 2.1×2.2 м, 2900 кг:

7 парашют;
8 перископ;
9 иллюминатор;
11 тепловая защита.


C приборно-агрегатный отсек, ПАО, 2.7×2.5 м, 2600 кг:

10 и 18 двигатели причаливания и ориентации (ДПО);
12 датчик Земли;
13 датчик Солнца;
14 точка крепления солнечной батареи,
15 датчик температуры;
16 антенны аппаратуры сближения;
17 двигательная установка (ДУ);
19 антенна связи;
20 топливный бак НДМГ;
21 бак с жидким кислородом
English: Soyuz TMA spacecraft diagram Orbital module (A): 1 docking mechanism 2 and 4 Kurs antenna, 3 television transmission antenna, 5 camera, 6 hatch Descent Module (B): 7 parachute compartment, 8 periscope, 9 porthole, 11 heat shield Service module (C): 10 and 18 attitude control engines, 21 oxygen tank, 12 Earth sensors, 13 Sun sensor, 14 solar panel attachment point, 16 Kurs antenna, 15 thermal sensor, 17 main propulsion, 20 fuel tanks, 19 communication antenna Français : Schéma du vaisseau Soyouz TMA Module orbital (A): 1 Système d'amarrage et écoutille 2 et 4 antenne Kours, 3 antenne transmission TV, 5 caméra, 6 écoutille Module de descente (B): 7 compartiment parachute, 8 périscope, 9 hublot, 11 bouclier thermique Module de service (C): 10 et 18 moteurs de contrôle d'orientation, 21 réservoir oxygène, 12 senseurs de Terre, 13 senseur solaire, 14 point d'attache des panneaux solaires, 16 antenne Kours, 15 capteur thermique, 17 propulsion principale, 20 réservoirs ergols, 19 antenne télécommunications
Oružje Bokeljske mornarice danas izloženo u muzeju je trofejnog porekla, većinom iz 18. i 19. veka. Puške šaralije (naziv je domaćeg, bokeljskog porekla), inače kremenjače, većinom su neispravne i nedostaju im pojedini dijelovi. Prema postojećoj dokumentaciji iz Pomorskog muzeja Crne Gore u Kotoru iste one su rađene severu Italije od 17. do 19. veka odakle su nabavljane cevi i mehanizmi ovih pušaka, a sastavljanje i ukrašavanje je obavljano u domaćim radionicama. Treba napomenuti i da je veliki broj gotovih primeraka donesen jer je to bilo vrem velikog kretanja pomoraca, a i trgovina se obavljala na širem području Mediterna.
English: Maritime Museum of Montenegro in Kotor
Raffigurazione di Rādhā mentre disegna l'immagine del suo amato Kṛṣṇa (XIX secolo).    (SA)  «vilikhati rahasi kuraṅga-madena bhavantam asamaśara-bhūtam
 praṇamati makaram adhaḥ vinidhāya kare ca śaram nava-cūtam
 sā virahe tava dīnā
 mādhava manasija-viśikha-bhayāt iva bhāvanayā tvayi līnā» (IT)  «Disegna in segreto con muschio di cerva te, divenuto il dio dell'amore,
e adora deponendo il delfino e la freccia di mango novello che aveva nella mano,
o Mādhava, per paura delle frecce d'amore stretta a te nell'immaginazione
lei, afflitta perché l'hai abbandondata» (Jayadeva, Gitāgovinda, 92 (IV, 6, 1-4); trad. Giuliano Boccali)
Rajastani Style painting of Radharani
Map of Rhine river shows Düsseldorf and the Sieg and Lahn rivers in the north and Strasbourg and Mannheim in the south.  The colors different sections of the rhine River: blue is the Alp Rhine and the Lake Rhine (where the river runs through Lake Constance); turquoise indicates the High Rhine (which runs east to west through of Lake Constance);  The Upper Rhine (green) begins where the river takes a sharp turn at the Rhine Knee, and flows south to north; yellow designates the Middle Rhine (sometimes called Mittelrhein) and orange designates the Low Rhine, where the Rhine passes into the Netherlands and reaches the North Sea.
Deutsch: Die Karte zeigt den Fluss Rhein English: The map shows the river Rhine
Fig. 1. Simple example of a network of impedances using resistors only for clarity. However, analysis of networks with other impedance elements proceed by the same principles.  Two meshes are shown, with numbers in circles.  The sum of impedances around each mesh, p, will form the diagonal of the entries of the matrix, Zpp.  The impedance of branches shared by two meshes, p and q, will form the entries -Zpq.  Zpq, p≠q, will always have a minus sign provided that the convention of loop currents are defined in the same (conventionally counter-clockwise) direction and the mesh contains no ideal transformers or mutual inductors.
Don Magnuson, investigative journalist for the Seattle Times won the Heywood Broun Award for investigative reporting when his investigation resulted in the freeing of an innocent man, Clarence Boggie, after 13 years in prison. This picture of Magnuson appeared in Newsweek with the caption: "I cry inside." His work was made into a radio episode on a national radio show: The Big Story in February, 1949. At another time, his reporting engendered so much response that 21 year-old Joe Maish's death sentence was commuted to life imprisonment two minutes before he was to hang. Magnuson went on to serve 5 terms in the U.S. Congress.
English: Photograph of Don Magnuson while a journalist.
UGM-96 Trident I first launch on 18 January 1977 at Cape Canaveral. The thin antenna-like structure mounted on the nose cone is the aerospike, which is composed of 2 parts. 1) The Extensible Boom is the long, slender, slightly tapered cylindrical structure; the wider "underside" is mounted to the nose cone. The narrow, top end of the Boom is for mounting:2) "flat, circular, metallic" plates (brownish/yellow color, above). The plates are mounted perpendicular to the Vertical Axis--much like an upturned Martini glass, the container representing the nosecone, with the stem and base representing the Boom and plate, respectively.
English: Detail crop of nose and aerospike of Trident missile
El año en que Pedro Tafur comenzó su viaje por el mundo, fijando su centro neurálgico en Venecia, en Florencia, que también visitó Tafur, se terminaba la cúpula de la catedral de Santa María del Fiore, una de las obras clave del Renacimiento. Según su testimonio en Florencia halló al papa y al emperador «E estuve aquí ocho días mirando la cibdad, la cual es una de las más fermosas de la cristiandad, así en fermosura como en grandeça como en riqueça e regimiento. (...) La iglesia mayor desta cibdad es muy notable e de grandes edeficios, mayormente la torre que está a la puerta, toda fasta arriba de imagenería de mármol.»[14]​
English: View of Santa Maria del Fiore (Florence Cathedral)
This figures show an example of the effects of currents on the wave heights. This example is adapted from scientific paper published in the Journal of Physical Oceanography (vol. 42, December 2012). The top panels show the tidal currents at 3 AM and 11 AM on 28 October 2008, off the West coast of France, around the island of Ouessant, which lies 20 km from the mainland. The bottom panel show the heights and directions of waves, computed with the numerical model WAVEWATCH III (R), using a triangular mesh with variable resolution. The strong currents south of Ouessant deflect the waves away from the measuring buoy at low tide.
English: This figures show an example of the effects of currents on the wave heights. This example is adapted from scientific paper published in the Journal of Physical Oceanography (vol. 42, December 2012). The top panels show the tidal currents at 3 AM and 11 AM on 28 October 2008, off the West coast of France, around the island of Ouessant, which lies 20 km from the mainland. The bottom panel show the heights and directions of waves, computed with the numerical model WAVEWATCH III (R), using a triangular mesh with variable resolution. The strong currents south of Ouessant deflect the waves away from the measuring buoy at low tide.
Here we can see a plot of skin resistance measured using GSR and time whilst the subject played a video game. There are several peaks that are clear in the graph, which suggests that GSR is a good method of differentiating between an aroused and a non-aroused state. For example, at the start of the game where there is usually not much exciting game play, there is a high level of resistance recorded, which suggests a low level of conductivity and therefore less arousal. This is in clear contrast with the sudden trough where the player is killed as one is usually very stressed and tense as their character is killed in the game
En tenue décontractée, 25 chercheurs de la Gasübungplatz Tomka (Centre d'expérimentation des gaz de Tomka, près de Chikhany et de Volsk, oblast de Saratov) posent autour de leur chef sur un perron rustique en troncs de bouleau. En 1928, l’Allemagne a investi près d'un million de marks dans ce centre d'essais secret commun à la Reichswehr et à l'Armée rouge. On y étudiait des armes chimiques à base de LOST (ou Senfgas, gaz moutarde), Perstoff (Diphosgène ClCO2CCl3) , Blaukreuz (« Croix bleue », famille des phenylarsine et cyanoarsine), ainsi que leurs vecteurs (obus, fusées ou avions), et leurs antidotes et contre-mesures[6].
For documentary purposes the German Federal Archive often retained the original image captions, which may be erroneous, biased, obsolete or politically extreme. "Tomka"- Ein deutsches Geheimunternehmen hinter den Eisernen Vorhang in den Steppen des Wolgagebietes bei Molsk in den Jahren 1928-1931. Information added by Wikimedia users.Deutsch: Tomka 52°7′19″N 47°5′49″E﻿ / ﻿52.12194°N 47.09694°E
Schema di ricostruzione della pala d'altare in cui era inserita La Vergine delle rocce secondo l'ipotesi ricostruttiva di Carlo Pedretti[11], e condivisa anche da Malaguzzi-Valeri[52] e da Frank Zöllner[53] sulla base del contratto stabilito.[54]       Figure in bassorilievo[39][55]      Struttura di sostegno della pala d'altare[39]. 
 1) Pannello de La Vergine delle rocce
 2) Pannelli laterali degli Angeli musicanti
 3) Scene della vita della Vergine[56]
 4) Scene della vita della Vergine[39]
 5) (Sconosciuti)
 6) La Vergine con una gloria d'angeli[6][39]
 7) Rappresentazione di Dio Padre con una gloria di Serafini[57][39].
Français : Schéma du retable d'après les hypothèses de Carlo Pedretti, de Malaguzzi-Valeri, Frank Zöllner et Gerolamo Biscaro, d'après le contrat de commande English: Diagram of the altarpiece according to the hypotheses of Carlo Pedretti, Malaguzzi-Valeri, Frank Zöllner and Gerolamo Biscaro, according to the order contract
Ekspansjon, 1977. Mandal rådhus.

«Materialet er rustfritt stål, og hovedformen er en veldig ring, og på skrå inn i denne ringen skyter sterke, sprengende stråler. Som en forklaring på ideen uttalte Uthaug at hvis man ville se et symbol i det, kunne ringen leses som byen, det lukkede samfunn, mens formene som sprenger seg vei innenfor symboliserer de ekspansive kreftene. Det lukkede vernede, lokale i samspill med det utadvendte, søkende, oppadstrebende.» Samspillet mellom «den sluttede form» og «de virile krefter» kan også tolkes som «de skulpturale ur-symboler», representanter for det passivt kvinnelige og det mannlige.[22]
English: Work of art by sculptor Jørleif Uthaug (1911-90): Ekspansjon (Expansion) (1977) in Mandal, Norway
Vista interna de uma válvula direcional "5/3", mostrando um carretel deslizante, acionado por solenoides. P é a via de suprimento de fluido sob pressão, A e B são vias de saída (serviço), TA e TB são vias de retorno. Na ilustração, o carretel é mostrado na posição neutra, centralizado pela ação das molas. Nesta posição, não há comunicação entre a via de suprimento e as vias de saída, nem destas com as vias de retorno. Quando o solenoide A é energizado, o carretel é deslocado para a esquerda, conectando P com A e B com TB. Quando o solenoide B é energizado, o carretel é deslocado para a direita, conectando P com B e A com TA.
Deutsch: Beispiel eines 5/3-Wegeventiles (Kolbenschieberbauart; elektromagnetisch betätigt; für Hydraulik)
This diagram illustrates what the airway structure looks like in a brachycephalic dog; in this case, a Boxer.1. Nasal cavity 2. Oral cavity 3. Soft palate 4. Pharynx 5. Larynx 6. Trachea 7. Esophagus 8. Nasopharynx 9. Hard palateThe brachycephalic dog has a shorter snout which causes the airway to be shorter, that means all the parts that make up the airway get pushed closer together. Due to this phenomenon, a brachycephalic dog has an elongated soft palate which can cause most of the problems with the dogs breathing. They can also have problems getting enough air in because of their elongated soft palate and shorter airway.
Figura 1: Construcción del punto de imagen 
  
    
      
        
          P
          ′
        
      
    
    {\displaystyle P'}
  
 reflejado en el círculo de inversión (rojo) con compás y regla: a la línea de conexión desde el centro del círculo al punto original 
  
    
      
        P
      
    
    {\displaystyle P}
  
 está escrito en el punto 
  
    
      
        P
      
    
    {\displaystyle P}
  
 la vertical formada; las dos tangentes en los dos puntos de intersección con el círculo se encuentran en el punto 
  
    
      
        
          P
          ′
        
      
    
    {\displaystyle P'}
Foto di gruppo di cantanti al CANTA EUROPA 1966.  In prima fila da sin.: Little Tony (secondo classificato con Riderà), Mike Shepstone, batterista del gruppo musicale The Rokes (secondi classificati nel Girone C con Che colpa abbiamo noi), Johnny Charlton, chitarrista solista dei Rokes (con il volto semicoperto dai lunghi capelli biondi), Mario Zelinotti, Bobby Solo, Domenico Modugno, Robert "Bobby" Posner, bassista dei Rokes, Shel Shapiro, chitarra e voce dei Rokes; nella fila centrale da sin.: Rita Monico ed Edda Ollari; nella fila in alto da sin.: Dino, Michele (terzo classificato con È stato facile) e Gigliola Cinquetti.
Schemat bomby Fat Man
1. Bezpiecznik detonujący AN 219
2. Antena radaru Archie
3. Panel z bateriami (do detonacji ładunków wybuchowych)
4. Jednostka X – układ sterujący detonacją
5. Łącznik mocujący dwie elipsoidalne połówki bomby
6. Pięciokątne fragmenty materiału wybuchowego
7. Bloki materiału wybuchowego ułożone na wzór dwudziestościanu ściętego
8. Ogon bomby (model California Parachute)
9. Powłoka głowicy (1,4 metra średnicy wewnętrznej)
10. Stożki obudowujące całość głowicy
11. Materiał wybuchowy
12. Materiał rozszczepialny
13. Panel z przyrządami sterującymi (radar, czasomierz, itp.)
14. Panel czujników barometrycznych
Kelimpahan unsur kimia dalam tata surya. Hidrogen dan helium adalah yang paling umum, dari Dentuman Besar. Tiga unsur berikutnya (Li, Be, B) langka karena mereka tidak disintesis sempurna dalam Dentuman Besar dan juga di dalam bintang-bintang. Dua kecenderungan umum dalam unsur-unsur yang dihasilkan bintang yang tersisa adalah: (1) alternasi kelimpahan unsur-unsur karena mereka memiliki nomor atom genap atau ganjil (aturan Oddo–Harkins), dan (2) penurunan kelimpahan karena unsur menjadi lebih berat. Besi adalah kejadian yang umum karena mewakili nuklida berenergi minimum yang dapat dibuat melalui fusi helium dalam supernova.
Pour Guénon, les états grossier (corporel) et subtil (psychique) relèvent de la manifestation formelle et donc de l'individualité. La manifestation informelle (domaine du spirituel) relève, au contraire, de l'« Universel » qui comprend aussi tout ce qui relève de la non-manifestation. D'après lui, les transcendantaux de la théologie scolastique relèvent de l'« Universel » mais uniquement de la partie correspondant à la manifestation, la scolastique se limitant à l'ontologie (science de l'être). La métaphysique pure inclut le non manifesté, qui est le domaine le plus important surtout en ce qu'il contient l'inexprimable[VD 9]
English: An image created under Gimp to illustrate the article on René Guénon. The image comes from a table in the book "Man and his becoming according to the Vedanta" by René Guénon.
Panorama Olomouce od jihozápadu: nejvyšší je katedrála svatého Václava, vlevo od něj věž kláštera Hradisko (za komínem), vlevo dvě věže kostela Panny Marie Sněžné, dále vlevo kostel sv. Michala (za komínem), vlevo (za silem) je věž radnice a hned vedle část kostela sv. Mořice. Zcela vlevo na okraji fotografie se zvedá výšková stavba s vodojemem (celá ta bílá krychle nahoře). V pozadí je kostel na Svatém Kopečku a napravo Radíkovská rozhledna. Vlevo od kostela na Sv. Kopečku je výšková budova Regionálního centra Olomouc (poblíž hlavního nádraží) a dále vlevo je vidět šedé odsiřovací zařízení teplárny Olomouc a komín teplárny.
English: Panorama of Olomouc city (Czech Republic) from southwest . Photo by Michal Maňas. See also Čeština: Panorama Olomouce od jihozápadu: nejvyšší je dóm sv. Václava, vlevo od něj věž kláštera Hradisko (za komínem), vlevo dvě věže chrámu Panny Marie Sněžné, vlevo od něj kostel Sv. Michala (za komínem), vlevo (za silem) je věž od radnice a hned vedle část kostela Sv. Mořice. Úplně na levém okraji fotky je výšková stavba s vodojemem (celá ta bílá krychle nahoře). V pozadí je kostel na Svatém Kopečku a napravo Radíkovská rozhledna. Vlevo od kostela na Sv. Kopečku je výšková budova poblíž hlavního nádraží a dále vlevo je vidět šedé odsířovací zařízení teplárny Olomouc a komín teplárny. Fotograf: Michal Maňas.
En 1861, Dupuit en prolongeant les travaux de Darcy suppose que dans le cas du drainage d'un fossé (ou d'un cours d'eau) par un autre parallèle au premier mais plus profond (ces deux fossés ayant des berges verticales et étant creusé jusqu'au substratum imperméable, ici représenté en gris), au travers d'un terrain homogène de perméabilité cinématique horizontale kh constante), avec un écoulement permanent en « régime de Darcy » et en considérant que l'écoulement dans la frange capillaire (ici non représentée) est négligeable, la hauteur piézométrique h à l'abscisse x est indépendant de Z, la hauteur au-dessus du substratum).
Français : En 1861, Dupuit suppose que dans le cas du drainage d'un fossé (ou d'un cours d'eau) par un autre parallèle au premier mais plus profond (ces deux fossés ayant des berges verticales et étant creusé jusqu'au substratum), au travers d'un terrain homogène de perméabilité cinétmatique horizontale kh constante), avec un écoulement permanent en "régime de Darcy" et en considérant que l'écoulement dans la frange capillaire (ici non représentée) est négligeable, la hauteur piezométrique h à l'abscisse x est indépendant de Z (hauteur au dessus du substratum).
De tijdsvereffening - boven de as het aantal minuten dat de plaatselijke middelbare tijd voorloopt op de zonnewijzer (maximaal 14 minuten), en onder de as het aantal minuten dat hij achterloopt (maximaal 16,5 minuut). De bijdragen van de elliptische aardbaan (groen gestippeld) en de helling van de aardas (rood gestippeld) zijn afzonderlijk aangegeven.  Er is geen eenduidige afspraak over het teken van het tijdsverschil, de ene keer is de tijdsvereffening het verschil van middelbare tijd min zonnetijd, de andere keer het verschil van zonnetijd min middelbare tijd. De overeenkomstige grafieken zijn het spiegelbeeld van elkaar.
English: Graph of the equation of time during a year, separately showing the contributions of the elliptical earth orbit and the earth axis tilt. Labels in Dutch. Nederlands: Het verloop van de tijdsvereffening gedurende een jaar, waarbij afzonderlijk de bijdragen van de elliptische aardbaan en de helling van de aardas worden getoond.
تابع  
  
    
      
        f
        
      
    
    {\displaystyle f\,}
  
 با رنگ آبی و خط مماس با رنگ قرمز مشخص شده است.میبینیم که برای ریشه 
  
    
      
        x
        
      
    
    {\displaystyle x\,}
  
 در تابع 
  
    
      
        f
        
      
    
    {\displaystyle f\,}
  
  تقریب 
  
    
      
        
          x
          
            n
            +
            1
          
        
        
      
    
    {\displaystyle x_{n+1}\,}
  
 نسبت به 
  
    
      
        
          x
          
            n
          
        
        
      
    
    {\displaystyle x_{n}\,}
  
 قوی تر است.
English: Animation of Newton's method. Deutsch: Die Animation zeigt mehrere Iterationsschritte des Newton-Verfahrens.