Search results
Appearance
There is a page named "File:NB 100.svg" on Wikipedia
- DescriptionNB 100.svg New Brunswick highway route marker Date 8 December 2012 Source Own work Author Fredddie and Michael J (NB shape)...(601 × 601 (183 KB)) - 20:57, 8 September 2022
- > Nb A(i-Nb, i-Nb) = A(i-Nb, i-Nb) + gii + c*pii; end if i > Nb & j > Nb A(i-Nb, j-Nb) = A(i-Nb, j-Nb) + gij + c*pij; A(j-Nb, i-Nb) = A(i-Nb, j-Nb); end...(815 × 815 (207 KB)) - 18:17, 7 January 2023
- Specifications # bitNb = 8; clockFrequency = 100E6; outputFrequency = clockFrequency / (2^(bitNb-4)); outputFrequency = 7/8 * outputFrequency; fftMin = -100; printFigures...(512 × 384 (20 KB)) - 15:40, 23 June 2024
- [frequences]=tirages(nb_d, nb_faces) // calcule les fréquences de nb_d tirage de dés par dénombrement // entrées : nb_d : nombre de tirages (entier) // nb_faces :...(504 × 564 (170 KB)) - 05:57, 31 October 2020
- [frequences]=tirages(nb_d, nb_faces) // calcule les fréquences de nb_d tirage de dés par dénombrement // entrées : nb_d : nombre de tirages (entier) // nb_faces :...(507 × 457 (234 KB)) - 05:56, 31 October 2020
- 9900 1820 1287" and add these lines to file:nucleosynthesis_periodic_table.svg: <text x="10950" y="9950" font-weight="bold" fill="#0000cc">Nucleosynthesis...(1,754 × 1,241 (238 KB)) - 04:24, 1 January 2023
- Octave script: order = 4; pointNb = 100; axesLength = 1.25; textOffset = 0.05; angle = linspace(pi/2, 3*pi/2, pointNb); poleAngles = pi/2 + pi * [1:order]/order...(512 × 717 (9 KB)) - 21:49, 9 January 2024
- following Octave script: pointNb = 100; axesLength = 1.25; textOffset = 0.1; figure(1); angle = linspace(0, 2*pi, pointNb); plot(cos(angle), sin(angle));...(512 × 512 (9 KB)) - 18:47, 30 October 2020
- File:NB 100.svg is a vector version of this file. It should be used in place of this PNG file. File:NB 100.png → File:NB 100.svg For more information...(235 × 235 (6 KB)) - 06:10, 7 November 2021
- -100)"> <path id="c1" d="M0 0 C113.4 105.6, 129.7 192.5, 141.4 631.4" /> <use xlink:href="#c1" transform="translate(0, 0) scale(-1, -1)" /> </g> </svg>...(320 × 600 (1 KB)) - 13:11, 29 August 2020
- This vector image includes elements that have been taken or adapted from this file: BC-1 (TCH).svg. English...(484 × 600 (28 KB)) - 06:50, 30 March 2022
- This vector image includes elements that have been taken or adapted from this file: BC-1 (TCH).svg. English...(484 × 600 (27 KB)) - 20:57, 8 September 2022
- # Specifications # order = 6; pointNb = 100; axesLength = 1.25; textOffset = 0.05; wLog = logspace(-1, 1, pointNb); AdbMax = 10; AdbMin = -40;...(512 × 384 (14 KB)) - 21:48, 9 January 2024
- Specifications # order = 3; fc = 1; pointNb = 100; axesLength = 1.25; textOffset = 0.05; wLog = logspace(-2, 2, pointNb); AdbMax = 10; AdbMin = -60; makeGraphics...(512 × 655 (8 KB)) - 21:49, 9 January 2024
- Specifications # order = 3; fc = 1; pointNb = 100; axesLength = 1.25; textOffset = 0.05; wLog = logspace(-2, 2, pointNb); AdbMax = 10; AdbMin = -60; makeGraphics...(512 × 384 (16 KB)) - 21:49, 9 January 2024
- Specifications # order = 3; fc = 1; pointNb = 100; axesLength = 1.25; textOffset = 0.05; wLog = logspace(-2, 2, pointNb); AdbMax = 10; AdbMin = -60; makeGraphics...(512 × 384 (20 KB)) - 21:48, 9 January 2024
- trace_conique(a, x0, x1, y0, y1) epsilon = 1e-1; nb = 100; Xbase = linspace(x0, x1, nb); Ybase = linspace(y0, y1, nb); i = 1; for x = Xbase for y = Ybase if abs(conique(a...(400 × 323 (41 KB)) - 20:04, 28 August 2020
- File:Présentation Wikipedia et Wikimedia Commons.pdf (matches file content)acceptés sont: • .png, .gif, .jpeg, .xcf, .pdf, .MIDI, .Ogg, .SVG • Taille maximale fichiers = 100 MO WIKIPÉDIA • Projet d’encyclopédie collective en ligne...(2,000 × 1,125 (782 KB)) - 18:56, 10 February 2023
- File:20182211 PresentationCommons.pdf (matches file content)acceptés sont: • .png, .gif, .jpeg, .xcf, .pdf, .MIDI, .Ogg, .SVG • Taille maximale fichiers = 100 MO Règles Commons • Commons applique le principe de précaution...(1,500 × 1,125 (1.13 MB)) - 21:28, 30 April 2023
- diverses unités angle nb de tour radians degré grade angle pas ouvert 0° 0 gr angle égue >0° et <90° angle droit 1/4 de tour π/2 rad 90 ° 100 gr angle optue...(223 × 219 (3 KB)) - 11:12, 24 August 2023