Category:Calculus

Subkategorii

Ica kategorio havas la sequanta 20 subkategorii, ek 20.

"Media" en kategorio "Calculus"

La sequanta 199 arkivi es en ica kategorio, ek 199.

• 
  A parametric curve with a tangent and a normal 01.png 640 × 384; 17 KB
  
• 
  A parametric curve with a tangent and a normal 02.png 640 × 384; 32 KB
  
• 
  A parametric curve with a tangent and a normal 03.png 640 × 384; 23 KB
  
• 
  A parametric curve with a tangent and a normal 04.png 640 × 384; 26 KB
  
• 
  A parametric curve with a tangent and a normal 05.png 640 × 384; 32 KB
  
• 
  AndragradsEkva.svg 336 × 414; 14 KB
  
• 
  Augšanas parādīšana.jpg 250 × 250; 33 KB
  
• 
  Beschränktheit2.png 904 × 630; 11 KB
  
• 
  Bounded and unbounded functions.svg 329 × 317; 16 KB
  
• 
  Branch of a graph with gnuplot 02.svg 800 × 480; 28 KB
  
• 
  Branch of a graph with gnuplot.svg 800 × 480; 24 KB
  
• 
  C05b The arc length of the graph of f.png 640 × 384; 20 KB
  
• 
  C05c The arc length of the graph of f.png 640 × 384; 14 KB
  
• 
  C05d The arc length of the graph of f.png 640 × 384; 14 KB
  
• 
  Calculer la courbure pour une fonction cos(x).png 640 × 384; 23 KB
  
• 
  Calculer la courbure pour une fonction exp(x**2) 01.png 640 × 384; 20 KB
  
• 
  Calculer la courbure pour une fonction log(x-1).png 640 × 384; 21 KB
  
• 
  Calculer la courbure pour une fonction paramétrique 2d 01.png 640 × 384; 24 KB
  
• 
  Calculer la courbure pour une fonction paramétrique 2d 02.png 640 × 384; 28 KB
  
• 
  Calculul unei integrale duble 098uygvbn.png 670 × 493; 24 KB
  
• 
  Calespe.png 327 × 110; 8 KB
  
• 
  Calmargi.png 396 × 124; 11 KB
  
• 
  Circulacion.png 337 × 285; 3 KB
  
• 
  Compute a Branch of a function 01.svg 800 × 480; 26 KB
  
• 
  Cross product of i j k.png 110 × 112; 3 KB
  
• 
  Cylinder Sphere Optimization Problem.svg 365 × 360; 15 KB
  
• De-Infinitesimalrechnung.ogg 3,2 s; 31 KB
  
• 
  Derivada y recta tangente.svg 322 × 222; 38 KB
  
• 
  DifferentialExample01.svg 450 × 261; 35 KB
  
• 
  DifferentialExample02.svg 450 × 308; 28 KB
  
• 
  Divergence theorem example.svg 116 × 94; 66 KB
  
• 
  Doubledel.png 162 × 212; 8 KB
  
• 
  Draw a typical circular sector 01.png 640 × 384; 49 KB
  
• 
  Draw a typical circular sector 02.png 640 × 384; 44 KB
  
• 
  Draw tangent of a vectoriel function 01.png 640 × 384; 23 KB
  
• 
  Draw tangent of a vectoriel function 02.png 640 × 384; 27 KB
  
• 
  Draw tangent of a vectoriel function 03.png 640 × 384; 37 KB
  
• 
  Draw the tangent of a vectoriel function in 3d 01.png 640 × 384; 31 KB
  
• 
  Draw the tangent of a vectoriel function in 3d 02.png 640 × 384; 24 KB
  
• 
  Draw the velocity and the accelerator vectors at the point P(f(t),g(t)) 01.png 640 × 384; 21 KB
  
• 
  Draw the velocity and the accelerator vectors at the point P(f(t),g(t)) 02.png 640 × 384; 21 KB
  
• 
  Draw the velocity and the accelerator vectors at the point P(f(t),g(t)) 04.png 640 × 384; 35 KB
  
• 
  Draw the velocity and the accelerator vectors at the point P(f(t),g(t),h(t)) 03.png 640 × 384; 46 KB
  
• 
  Egm6341.s10.mtg2.pdf 254 × 356, 4 pagini; 1,43 MB
  
• 
  ExtremeValueTheorem.png 1 300 × 975; 123 KB
  
• 
  Fig1-Katugampola.jpg 400 × 400; 15 KB
  
• 
  Fig2-Katugampola.jpg 400 × 400; 16 KB
  
• 
  Find PA, the length of the Normal from P to the x axis. 01.png 640 × 384; 17 KB
  
• 
  Find PA, the length of the Normal from P to the x axis. 02.png 640 × 384; 23 KB
  
• 
  Find PA, the length of the Normal from P to the x axis. 03.png 640 × 384; 20 KB
  
• 
  Find PA, the length of the Normal from P to the x axis. 04.png 640 × 384; 17 KB
  
• 
  Find PA, the length of the Normal from P to the x axis. 05.png 640 × 384; 23 KB
  
• 
  Find PA, the length of the tangent from P to the x axis 01.png 640 × 384; 17 KB
  
• 
  Find PA, the length of the tangent from P to the x axis 02.png 640 × 384; 23 KB
  
• 
  Find PA, the length of the tangent from P to the x axis 03.png 640 × 384; 23 KB
  
• 
  Find PA, the length of the tangent from P to the x axis 04.png 640 × 384; 19 KB
  
• 
  Find PA, the length of the tangent from P to the x axis 05.png 640 × 384; 20 KB
  
• 
  Find PB, the length of the Normal from P to the y axis. 01.png 640 × 384; 24 KB
  
• 
  Find PB, the length of the Normal from P to the y axis. 02.png 640 × 384; 20 KB
  
• 
  Find PB, the length of the Normal from P to the y axis. 03.png 640 × 384; 17 KB
  
• 
  Find PB, the length of the Normal from P to the y axis. 04.png 640 × 384; 23 KB
  
• 
  Find PB, the length of the tangent from P to the y axis 01.png 640 × 384; 18 KB
  
• 
  Find PB, the length of the tangent from P to the y axis 02.png 640 × 384; 23 KB
  
• 
  Find PB, the length of the tangent from P to the y axis 03.png 640 × 384; 23 KB
  
• 
  Find PB, the length of the tangent from P to the y axis 04.png 640 × 384; 19 KB
  
• 
  Find PB, the length of the tangent from P to the y axis 05.png 640 × 384; 20 KB
  
• 
  Find the intersection points of the normal with the x-y axis 01.png 640 × 384; 23 KB
  
• 
  Find the intersection points of the normal with the x-y axis 02.png 640 × 384; 25 KB
  
• 
  Find the intersection points of the normal with the x-y axis 03.png 640 × 384; 22 KB
  
• 
  Find the intersection points of the normal with the x-y axis 04.png 640 × 384; 19 KB
  
• 
  Find the intersection points of the normal with the x-y axis 05.png 640 × 384; 26 KB
  
• 
  Find the intersection points of the tangent with the x-y axis. 01.png 640 × 384; 24 KB
  
• 
  Find the intersection points of the tangent with the x-y axis. 02.png 640 × 384; 24 KB
  
• 
  Find the intersection points of the tangent with the x-y axis. 03.png 640 × 384; 27 KB
  
• 
  Find the intersection points of the tangent with the x-y axis. 04.png 640 × 384; 22 KB
  
• 
  Find the intersection points of the tangent with the x-y axis. 05.png 640 × 384; 20 KB
  
• 
  Five Antiderivatives of exp(xx+1div(xx)) II.png 1 232 × 934; 138 KB
  
• 
  Five Antiderivatives of exp(xx+1div(xx)).png 1 211 × 934; 118 KB
  
• 
  Fractional Derivative-Weyl.gif 463 × 253; 1,49 MB
  
• 
  Fractional Derivatives-Euler.gif 480 × 265; 1,66 MB
  
• 
  Fractional Derivatives-RiemannLiouville.gif 473 × 270; 1,05 MB
  
• 
  Christoph Bernhard Francke - Bildnis des Philosophen Leibniz (ca. 1695) (cropped).jpg 2 421 × 2 628; 1,49 MB
  
• 
  Christoph Bernhard Francke - Bildnis des Philosophen Leibniz (ca. 1695) (cropped)2.jpg 1 514 × 1 912; 786 KB
  
• 
  Christoph Bernhard Francke - Bildnis des Philosophen Leibniz (ca. 1695).jpg 4 486 × 5 538; 4,22 MB
  
• 
  Gottfried Wilhelm von Leibniz.jpg 316 × 400; 38 KB
  
• 
  FTC geometric2.png 2 000 × 1 155; 123 KB
  
• 
  Fundamental Theorem of Calculus.svg 117 × 30; 13 KB
  
• 
  Funksjonsdrofting fortegnsskjema.png 719 × 327; 8 KB
  
• 
  Funktionvariante2.svg 165 × 165; 484 KB
  
• 
  Gottfried Wilhelm Leibniz, Bernhard Christoph Francke.jpg 4 486 × 5 538; 11,2 MB
  
• 
  Graph of sin(x^-1).svg 600 × 480; 18 KB
  
• 
  Graph of x^-2.svg 600 × 480; 11 KB
  
• 
  Graphing Exercise of L'hôpital's Rule.svg 512 × 384; 40 KB
  
• 
  Horizontal-test-ok.png 200 × 200; 557 bicoki*
  
• 
  Hyperbolic Paraboloid.png 1 376 × 864; 145 KB
  
• 
  If a curve C has a smooth parametrization 01.png 640 × 384; 20 KB
  
• 
  If a curve C has a smooth parametrization 02.png 640 × 384; 20 KB
  
• 
  Ijk-coordinate-system.png 920 × 946; 123 KB
  
• 
  Illustration To Derivation Of Asymptotic For Saddle Point Integration.pdf 1 125 × 1 500; 3,91 MB
  
• 
  Infinitesimal Calculus 1.png 401 × 274; 3 KB
  
• 
  Infinitesimal Calculus 10.png 384 × 330; 2 KB
  
• 
  Infinitesimal Calculus 2.png 396 × 235; 1 KB
  
• 
  Infinitesimal Calculus 3.png 502 × 247; 2 KB
  
• 
  Infinitesimal Calculus 5.png 269 × 283; 3 KB
  
• 
  Infinitesimal Calculus 6.png 336 × 247; 2 KB
  
• 
  Infinitesimal Calculus 7.png 373 × 228; 2 KB
  
• 
  Infinitesimal Calculus 8.png 543 × 438; 3 KB
  
• 
  Infinitesimal Calculus 9.png 369 × 227; 1 KB
  
• 
  Infinitesimal-Calculus-4.png 456 × 238; 2 KB
  
• 
  Integral and derivative.svg 371 × 126; 8 KB
  
• 
  Integration of ln x.svg 1 564 × 1 923; 45 KB
  
• 
  Interseção de cos(2 pi x) e 1.svg 429 × 235; 95 KB
  
• 
  IntervallschachtellungWurzel2.svg 637 × 227; 36 KB
  
• 
  Involutes of a cubic curve.svg 1 440 × 1 440; 59 KB
  
• 
  Kinematics.svg 524 × 317; 32 KB
  
• 
  Leibniz sector formula.svg 314 × 305; 49 KB
  
• 
  LeibnizNotation.png 354 × 202; 15 KB
  
• 
  Limit L Hopital.svg 284 × 50; 8 KB
  
• 
  Limite f(x,y) Formes indéterminées A00.png 640 × 480; 119 KB
  
• 
  Limite f(x,y) Formes indéterminées A01.png 640 × 480; 114 KB
  
• 
  Limite f(x,y) Formes indéterminées A02.png 640 × 480; 119 KB
  
• 
  Limite f(x,y) Formes indéterminées A03.png 640 × 480; 143 KB
  
• 
  Limiting subdifferential.png 991 × 986; 140 KB
  
• 
  Line Integral paths to prove the Relation between Path Independence and Conservative Vector Field, 2022-03-13.png 4 649 × 1 956; 110 KB
  
• 
  Line Integral to prove the Relation between Path Independence and Conservative Vector Field - x, 2022-03-11.png 2 325 × 1 955; 58 KB
  
• 
  Line Integrals to prove the Relation between Path Independence and Conservative Vector Field, 2022-03-13.png 4 656 × 1 956; 110 KB
  
• 
  Log epsilon algo.svg 999 × 652; 45 KB
  
• 
  MaFonction.png 357 × 242; 8 KB
  
• 
  Mathnote894462.jpg 3 264 × 1 836; 1,48 MB
  
• 
  Maximizing revenue.png 3 000 × 2 190; 266 KB
  
• 
  My spherical coordinates.png 1 407 × 1 138; 64 KB
  
• 
  Màxims i mínims d'una funció.PNG 477 × 519; 25 KB
  
• 
  Newton'smethod 01.png 640 × 480; 28 KB
  
• 
  Newton'smethod 02.png 640 × 480; 25 KB
  
• 
  Newton'smethod 03.png 640 × 480; 22 KB
  
• 
  Oneven functie.PNG 346 × 340; 5 KB
  
• 
  Optimization Problem 2.jpg 959 × 699; 85 KB
  
• 
  Optimization Problem.jpg 960 × 720; 40 KB
  
• 
  Parallelogram of forces - ball on slope.pdf 1 754 × 814; 11 KB
  
• 
  Pendiente.png 356 × 212; 2 KB
  
• 
  Physics intersection.png 570 × 530; 24 KB
  
• 
  Picturing the Law.jpg 537 × 436; 36 KB
  
• 
  Pm1234 Abel.svg 197 × 477; 943 KB
  
• 
  Problem.jpg 150 × 150; 5 KB
  
• 
  ProprietateaDarboux.jpg 1 040 × 1 040; 59 KB
  
• 
  Prospects of Chain Rule of Differentiations and Inverse of Multiple Functions.png 467 × 638; 87 KB
  
• 
  Pseudovector-222.png 705 × 727; 70 KB
  
• 
  Pure-mathematics-formulæ-blackboard.jpg 1 600 × 1 200; 167 KB
  
• 
  Pythagmamikon.gif 186 × 198; 12 KB
  
• 
  Riemann sum simple functions.svg 261 × 116; 40 KB
  
• 
  Riemann Sum.gif 1 075 × 359; 4,46 MB
  
• 
  RP HW 1 1 1.png 2 592 × 3 242; 119 KB
  
• 
  RP HW 1 1 2.png 2 592 × 3 242; 89 KB
  
• 
  RP HW 1 1 3.png 2 592 × 3 242; 45 KB
  
• 
  RP HW 1 1 4.png 2 592 × 3 242; 50 KB
  
• 
  RP HW 1 1 5.png 2 592 × 3 242; 48 KB
  
• 
  RP HW 1 2 1.png 2 592 × 3 242; 97 KB
  
• 
  RP HW 1 3 1.png 2 592 × 3 242; 117 KB
  
• 
  RP HW 1 3 2.png 2 592 × 3 242; 96 KB
  
• 
  RP HW 1 3 3.png 2 592 × 3 242; 72 KB
  
• 
  RP HW 1 3 4.png 2 592 × 3 242; 56 KB
  
• 
  RP HW 1 7 1.png 2 592 × 3 242; 117 KB
  
• 
  Rustove funkce.png 615 × 497; 47 KB
  
• 
  ScriptPente.png 431 × 304; 10 KB
  
• 
  Senkrechte Tangente.svg 3 020 × 2 120; 94 KB
  
• 
  Set sequence nonconverging.svg 478 × 214; 28 KB
  
• 
  ShadowProblem.svg 252 × 513; 121 KB
  
• 
  Smoothmax.png 640 × 384; 28 KB
  
• 
  Spirale animation m10 p10.gif 1 048 × 834; 9,61 MB
  
• 
  Strength and Yield Forming The Infinitely Rotary Source of Power.png 1 225 × 340; 32 KB
  
• 
  Tangent Line Approximation.svg 414 × 405; 22 KB
  
• 
  The area A of the region bounded by the graphs of r = 2*cos(t).png 640 × 384; 49 KB
  
• 
  The area A of the region bounded by the graphs of r = 2.+2.*cos(t).png 640 × 384; 49 KB
  
• 
  The area A of the region bounded by the graphs of r = exp(t).png 640 × 384; 41 KB
  
• 
  The center of mass of the lamina 01.png 640 × 384; 15 KB
  
• 
  The center of mass of the lamina 02.png 640 × 384; 18 KB
  
• 
  The center of mass of the lamina 03.png 640 × 384; 16 KB
  
• 
  The Method of Fluxions (1730) Plate 6.jpg 1 219 × 828; 140 KB
  
• 
  Theorems in differential calculus.png 4 961 × 7 016; 7,55 MB
  
• 
  Theorems in differential calculus.svg 1 488 × 2 105; 8,15 MB
  
• 
  Todiste100.png 787 × 559; 37 KB
  
• 
  Todiste101.png 817 × 634; 55 KB
  
• 
  Todiste31.png 604 × 340; 11 KB
  
• 
  Todiste64.png 1 078 × 560; 19 KB
  
• 
  Translation droite 1.JPG 397 × 425; 9 KB
  
• 
  Two polar equations r = f(t) and r = g(t) 01.png 640 × 384; 50 KB
  
• 
  Two polar equations r = f(t) and r = g(t) 02.png 640 × 384; 57 KB
  
• 
  Twoquestionsolution.png 557 × 296; 15 KB
  
• 
  Vlindercurve transcendent.jpg 950 × 691; 130 KB
  
• 
  Wag-133-Exercises-1 Projectile Trajectories.png 350 × 215; 33 KB
  
• 
  Year 11 2U Limits and Continuity.pdf 754 × 566, 14 pagini; 425 KB
  
• 
  Εμβαδική Ταχύτητα.png 561 × 363; 12 KB
  
• 
  Дивергенция.jpg 450 × 380; 25 KB
  
• 
  Математика - это тоже наука!.jpg 3 264 × 2 448; 1,39 MB
  
• 
  דוגמה של רוטור.png 610 × 211; 5 KB
  
• 
  מערכת צירים 3D קרטזית ימנית.svg 269 × 207; 41 KB
  
• 
  “Song — Old Calculus” from Calculus Burial program, “In Memoriam, John R. Calculus and his wife Anna Lytics,” 1880. Syracuse University.png 4 800 × 4 161; 23,93 MB
  
• 
  微型指南車路徑.jpg 291 × 266; 20 KB
  
• 
  积分中值定理.jpg 409 × 309; 21 KB