This site is being phased out.
Uncategorized files
From Mathematics Is A Science
Jump to navigationJump to searchShowing below up to 500 results in range #1,001 to #1,500.
View (previous 500 | next 500) (20 | 50 | 100 | 250 | 500)
- Coordinate system dim 1.png 373 × 150; 7 KB
- Coordinate system dim 1 (1).png 710 × 50; 923 bytes
- Coordinate system dim 1 (2).png 710 × 50; 2 KB
- Coordinate system dim 1 (3).png 585 × 50; 2 KB
- Coordinate system dim 1 (4).png 506 × 50; 2 KB
- Coordinate system dim 1 (5).png 596 × 50; 4 KB
- Coordinate system dim 1 (6).png 654 × 50; 4 KB
- Coordinate system dim 1 -- correspondence.png 269 × 150; 6 KB
- Coordinate system dim 1 -- directions.png 700 × 300; 40 KB
- Coordinate system dim 1 -- directions and vectors.png 724 × 250; 41 KB
- Coordinate system dim 1 -- distance formula.png 282 × 100; 7 KB
- Coordinate system dim 2.png 502 × 250; 15 KB
- Coordinate system dim 2 -- angles.png 597 × 150; 22 KB
- Coordinate system dim 2 -- basis.png 672 × 150; 18 KB
- Coordinate system dim 2 -- correspondence.png 274 × 200; 11 KB
- Coordinate system dim 2 -- distance formula.png 736 × 150; 26 KB
- Coordinate system dim 2 -- tangent.png 548 × 150; 16 KB
- Coordinate system dim 2 mismatched.png 171 × 150; 4 KB
- Coordinate system dim 2 rectangles.png 615 × 300; 13 KB
- Coordinate system dim 2 rectangles (1).png 409 × 50; 4 KB
- Coordinate system dim 2 rectangles (2).png 320 × 300; 6 KB
- Coordinate system dim 2 rectangles (3).png 385 × 350; 8 KB
- Coordinate system dim 3.png 342 × 150; 12 KB
- Coordinate system dim 3 -- basis.png 795 × 200; 29 KB
- Coordinate system dim 3 -- correspondence.png 531 × 300; 29 KB
- Coordinate system dim 3 -- distance formula.png 778 × 150; 19 KB
- Coordinate system dim 3 -- plotting.png 513 × 300; 31 KB
- Coordinate system dim 3 -- vector length.png 544 × 150; 15 KB
- Coordinate system dim 3 -- vectors.png 793 × 200; 24 KB
- Coordinate system dim 4.png 590 × 150; 18 KB
- Coordinates with MS Excel.png 212 × 100; 15 KB
- Coordinates with MS Paint.png 214 × 100; 10 KB
- Coordinatewise addition.jpg 793 × 381; 37 KB
- Copper pipe outlined.jpg 840 × 363; 100 KB
- Copper pipe within the joint area.jpg 410 × 636; 75 KB
- Coral lesion.jpg 878 × 767; 135 KB
- Coral lesion Px50 4x 3478 69 0 0 0 255.jpg 878 × 767; 110 KB
- Coral lesion ss1.jpg 1,126 × 800; 131 KB
- Coral lesion ss2.jpg 1,129 × 800; 158 KB
- Coreco Geometric fig2.jpg 400 × 186; 26 KB
- Coreco Geometric fig3.jpg 400 × 188; 25 KB
- Coreco Geometric fig4.jpg 400 × 189; 25 KB
- Coreco Geometric fig5.jpg 400 × 190; 24 KB
- Coreco Geometric fig6.jpg 400 × 189; 25 KB
- Corneal endothelial cell screenshot.jpg 1,128 × 768; 174 KB
- Corneas of rats.jpg 452 × 339; 28 KB
- Cos.png 410 × 199; 19 KB
- Cos and arccos.png 287 × 150; 8 KB
- Cos as shadow.png 157 × 100; 6 KB
- Cos crosses y-axis horizontally.png 220 × 100; 5 KB
- Cos sin in triangle.png 177 × 100; 4 KB
- CosineRule.png 412 × 196; 10 KB
- Cosine area.png 159 × 100; 6 KB
- Cosine definition.png 365 × 100; 10 KB
- Cosine definition 0.png 252 × 100; 8 KB
- Cosine graph.png 316 × 100; 13 KB
- CounterClockwise.png 185 × 108; 3 KB
- CounterclockwiseRotationIsLinearOperator.png 205 × 89; 7 KB
- CounterclockwiseRotationIsLinearOperator2.png 458 × 128; 12 KB
- Counterexamples for Boundedness Theorem.png 544 × 100; 8 KB
- Covector illustration.png 466 × 159; 20 KB
- Cover of circle.png 282 × 217; 15 KB
- CoveringSpace.png 449 × 209; 22 KB
- Covering collections.jpg 541 × 220; 49 KB
- Covering collections.png 187 × 100; 41 KB
- Crack.jpg 180 × 155; 11 KB
- Criminal ir.jpg 320 × 240; 43 KB
- CriticalPoints.png 981 × 225; 16 KB
- Critical point saddle.jpg 247 × 163; 14 KB
- Croissant.jpg 138 × 180; 20 KB
- Croissant 146 38.jpg 138 × 180; 10 KB
- Cross-sections of sphere.png 368 × 100; 14 KB
- Cross-sections of sphere 2.png 399 × 100; 11 KB
- CrossMultiplicationProductRule.png 100 × 81; 2 KB
- CrossProduct.png 222 × 150; 9 KB
- Cross product area.jpg 525 × 168; 14 KB
- Cross product of basis vectors.jpg 188 × 196; 4 KB
- Cross product of basis vectors 2.jpg 603 × 221; 19 KB
- Cross product volume.jpg 297 × 134; 8 KB
- Crystallites-screenshot.jpg 1,131 × 800; 177 KB
- Crystallites.jpg 266 × 175; 24 KB
- CubeRoot.png 836 × 246; 27 KB
- Cube and cells of dimension 0,1,2,3.png 715 × 150; 51 KB
- Cube as a cell complex.jpg 130 × 158; 5 KB
- Cube as a cell complex.png 451 × 150; 14 KB
- Cube as a cubical complex.png 155 × 150; 7 KB
- Cube on sphere.png 409 × 150; 25 KB
- Cube on sphere and dual.png 305 × 100; 16 KB
- Cube subdivided.png 148 × 150; 24 KB
- Cube triangulated.png 139 × 150; 12 KB
- Cube with balls.png 157 × 150; 10 KB
- Cube with diagonal cut out.png 109 × 100; 6 KB
- Cube with drilled holes.png 234 × 226; 2 KB
- Cube with holes.png 146 × 150; 6 KB
- Cube with holes flattened.png 678 × 250; 18 KB
- Cube with planes cut out.png 280 × 100; 14 KB
- Cube with roofs.png 372 × 137; 9 KB
- Cubed area.png 134 × 100; 5 KB
- Cubes.jpg 693 × 693; 262 KB
- Cubic curve.png 324 × 221; 4 KB
- Cubic graph.png 210 × 200; 6 KB
- Cubic polynomial.png 203 × 100; 4 KB
- Cubic polynomials.png 233 × 100; 10 KB
- Cubic root.png 89 × 100; 2 KB
- Cubic root and x cubed.png 223 × 100; 6 KB
- Cubic torus.png 278 × 305; 11 KB
- CubicalDisk.png 75 × 75; 377 bytes
- CubicalMouse.png 121 × 75; 575 bytes
- Cubical cells.jpg 310 × 306; 12 KB
- Cubical cells product structure.png 293 × 200; 29 KB
- Cubical circle.png 149 × 150; 5 KB
- Cubical complex and its realization.png 202 × 100; 6 KB
- Cubical complex bent.png 106 × 100; 6 KB
- Cubical complex distorted.png 245 × 100; 15 KB
- Cubical complex example 2.png 213 × 200; 7 KB
- Cubical complex example 3d.png 197 × 200; 16 KB
- Cubical complex good example.png 115 × 100; 3 KB
- Cubical complex in 3d.png 267 × 150; 21 KB
- Cubical complex in Excel.png 321 × 100; 12 KB
- Cubical complex in Excel general.png 270 × 193; 9 KB
- Cubical complex is 3d.png 486 × 272; 45 KB
- Cubical complex realization.png 494 × 200; 11 KB
- Cubical complexes.png 225 × 100; 8 KB
- Cubical complexes -- same realization.png 219 × 100; 5 KB
- Cubical complexes homeomorphic.png 219 × 100; 6 KB
- Cubical curve.png 209 × 150; 12 KB
- Cubical curve -- nodes and edges.png 148 × 150; 12 KB
- Cubical curve -- rot 0 and 1.png 238 × 100; 7 KB
- Cubical figure 8.png 221 × 150; 9 KB
- Cubical graph.png 289 × 290; 3 KB
- Cubical grid.png 164 × 150; 5 KB
- Cubical grid 1d.png 278 × 61; 2 KB
- Cubical grid edges.png 160 × 150; 5 KB
- Cubical grid oriented.png 185 × 189; 12 KB
- Cubical grid oriented with normals.png 191 × 150; 19 KB
- Cubical grids.png 391 × 150; 16 KB
- Cubical parametric curve.png 450 × 150; 15 KB
- Cubical set-valued approximation.png 100 × 100; 7 KB
- Cubical set example.png 213 × 200; 3 KB
- Cubical skeletons.png 360 × 150; 19 KB
- Cubical tangent spaces dim 2.png 354 × 100; 20 KB
- Cup-left.jpg 1,023 × 768; 74 KB
- Cup-right.jpg 1,023 × 769; 73 KB
- Cupps.png 477 × 185; 12 KB
- Curvature1.png 201 × 191; 6 KB
- Curvature2.png 183 × 58; 2 KB
- Curvature3.png 168 × 138; 6 KB
- Curvature and trees.png 373 × 100; 14 KB
- Curvature of circle.png 441 × 150; 38 KB
- Curvature of square.png 440 × 150; 37 KB
- Curvature on grid.png 366 × 150; 19 KB
- Curvature on grid scale.png 262 × 100; 8 KB
- Curvature with arc-length.png 638 × 200; 41 KB
- Curvature with normalization.png 633 × 200; 57 KB
- Curvatures of two circles.png 179 × 100; 5 KB
- CurveTangent.png 495 × 222; 27 KB
- CurvedLightRays.png 244 × 100; 8 KB
- Curved 3-simplex.png 107 × 100; 9 KB
- Curved buildings.png 127 × 100; 21 KB
- Curved grid complex.png 297 × 150; 18 KB
- Curved universe.png 338 × 150; 40 KB
- Curvedx-axis.png 419 × 196; 15 KB
- Curvedx-axis2.png 263 × 165; 7 KB
- CurvesSubsetNSpace.png 305 × 99; 8 KB
- Curves locally.png 112 × 62; 2 KB
- Cusp.png 558 × 130; 14 KB
- Cutting Mobius band.jpg 796 × 474; 37 KB
- Cutting the Mobus band.jpg 297 × 129; 9 KB
- Cycle arrows.png 164 × 150; 5 KB
- Cycle is boundary.png 428 × 150; 17 KB
- Cycle is boundary dim 0.png 339 × 150; 10 KB
- Cycles.jpg 500 × 300; 11 KB
- Cycles.png 194 × 100; 17 KB
- Cycles 0-0.jpg 400 × 300; 7 KB
- Cycles 0-0.png 167 × 100; 14 KB
- Cycles 0-1.jpg 400 × 300; 9 KB
- Cycles 0-1.png 137 × 100; 10 KB
- Cycles 1-0.jpg 400 × 300; 8 KB
- Cycles 1-0.png 130 × 100; 9 KB
- Cycles 1-1.jpg 400 × 300; 6 KB
- Cycles 1-1.png 151 × 100; 12 KB
- Cycles in a binary image.png 500 × 300; 19 KB
- Cycles partition the image.jpg 250 × 200; 9 KB
- Cylinder.png 158 × 197; 5 KB
- Cylinder - product vs relative topology.png 615 × 243; 46 KB
- Cylinder and circle maps.png 198 × 150; 21 KB
- Cylinder as a cell complex.png 222 × 200; 13 KB
- Cylinder as a parametrized surface.jpg 872 × 238; 26 KB
- Cylinder as cell complex.jpg 940 × 195; 18 KB
- Cylinder as cell complex - other ways to glue 2-cell.jpg 823 × 236; 25 KB
- Cylinder as cell complex gluing map.jpg 399 × 240; 13 KB
- Cylinder as product.jpg 236 × 84; 3 KB
- Cylinder as product.png 441 × 150; 27 KB
- Cylinder as surface.jpg 90 × 135; 4 KB
- Cylinder attaching map.png 369 × 200; 9 KB
- Cylinder complex with orientation.jpg 326 × 170; 8 KB
- Cylinder construction.png 351 × 200; 18 KB
- Cylinder from square.png 552 × 200; 35 KB
- Cylinder in Cartesian space.png 105 × 100; 5 KB
- Cylinder into circle deformation.png 438 × 100; 23 KB
- Cylinder into circle maps.png 243 × 200; 19 KB
- Cylinder projection cell map.png 397 × 150; 30 KB
- Cylinder projection with cells.png 220 × 150; 22 KB
- Cylinder skeleta.png 494 × 200; 23 KB
- Cylindrical water tank.png 48 × 75; 2 KB
- Cylindrical water tank and work.png 301 × 100; 15 KB
- D80-77(v31)3x 210 40 0.jpg 1,600 × 1,200; 107 KB
- D80-77(v31)3x 4662 40 0.jpg 1,600 × 1,200; 99 KB
- D80-77.jpg 480 × 360; 16 KB
- DLL.jpg 830 × 241; 67 KB
- DLPX.png 231 × 127; 7 KB
- Da=0 solution.JPG 938 × 683; 71 KB
- Dao and falchion.png 254 × 100; 15 KB
- Dark-light.jpg 102 × 102; 2 KB
- Data-under.jpg 543 × 205; 15 KB
- Data.png 884 × 292; 28 KB
- Data2.png 138 × 232; 5 KB
- Dd=0 3cell solution.JPG 939 × 515; 38 KB
- Dd=0 dim 2.png 415 × 100; 14 KB
- Dd=0 in Excel.png 727 × 150; 68 KB
- Dd=0 solution.JPG 737 × 450; 30 KB
- De-parametrized piece-by-piece.png 424 × 150; 20 KB
- DeRhamCohomology.png 607 × 280; 16 KB
- De Rham complex.png 298 × 250; 24 KB
- De Rham map.png 347 × 300; 19 KB
- Dead end.png 60 × 50; 6 KB
- Death vs money.png 173 × 150; 5 KB
- DecartesFolium.png 882 × 410; 32 KB
- DecartesFoloum.png 476 × 421; 24 KB
- DecayEstimate.png 489 × 150; 15 KB
- DeceleratingGrowth.png 130 × 55; 924 bytes
- Decomposition.png 464 × 150; 8 KB
- Decomposition2.png 449 × 124; 6 KB
- Decomposition of comparison votes.png 421 × 100; 13 KB
- Decomposition of comparison votes w reversal.png 450 × 100; 14 KB
- Decomposition of force.jpg 224 × 157; 5 KB
- Decrease and horizontal asymptote.png 282 × 170; 2 KB
- Decreasing graph with grid.png 288 × 192; 3 KB
- Decycling comparison elections.png 388 × 300; 56 KB
- Definiens object hierarchy.jpg 640 × 444; 146 KB
- Definition of function.png 311 × 100; 17 KB
- Definition of function violation.png 378 × 200; 36 KB
- Definition of limit.png 302 × 150; 14 KB
- Definition of limit -- numbers vs vectors.png 197 × 100; 15 KB
- Definition of limit 2.png 195 × 100; 5 KB
- Definition of limit Rn.png 340 × 100; 6 KB
- Definition of numerical function violation.png 143 × 150; 6 KB
- Degree3ApproxToSin.png 147 × 113; 4 KB
- Delta y Delta x.png 659 × 200; 20 KB
- Delta y Delta x -- inverse.png 405 × 300; 23 KB
- DemocratsAndRepublicans.png 378 × 116; 4 KB
- Denser plots of points.png 668 × 150; 48 KB
- DensityRelation.png 353 × 167; 6 KB
- Density vs thickness.png 156 × 100; 5 KB
- Density vs thickness for center of mass.png 489 × 100; 8 KB
- Derivative.png 552 × 447; 37 KB
- Derivative2.png 524 × 194; 23 KB
- DerivativeComponents.png 936 × 191; 25 KB
- DerivativeDiagram.png 342 × 120; 5 KB
- DerivativeTable.png 333 × 322; 18 KB
- Derivative = difference quotient.png 679 × 150; 17 KB
- Derivative and tangent spaces.png 235 × 200; 14 KB
- Derivative and tangent spaces cubical.png 293 × 200; 19 KB
- Derivative and tangent spaces discrete.png 235 × 200; 12 KB
- Derivative approximation.png 539 × 150; 15 KB
- Derivative as a linear operator in dim 1.jpg 353 × 200; 20 KB
- Derivative as a linear operator on tangent bundles.jpg 572 × 238; 23 KB
- Derivative as a rate of change.png 196 × 150; 8 KB
- Derivative as a rate of change -- chain map.png 129 × 100; 5 KB
- Derivative as linear function.jpg 254 × 153; 13 KB
- Derivative as tangent map.png 339 × 200; 19 KB
- Derivative from graph.png 443 × 150; 78 KB
- Derivative from graph -- negative.png 146 × 150; 27 KB
- Derivative of 1-form dim 2.png 389 × 150; 17 KB
- Derivative of cubical forms deg 0 and 1.png 240 × 200; 18 KB
- Derivative of parametric curve.png 530 × 250; 23 KB
- Derivative sampled by difference quotient.png 401 × 150; 29 KB
- Derivative vs second derivative.png 508 × 69; 10 KB
- Derivatives of linear functions.png 500 × 150; 22 KB
- Describe the behavior.png 272 × 250; 7 KB
- DetailedProjectionDiagram.png 712 × 141; 12 KB
- Deviation from tangent.png 585 × 100; 12 KB
- Dia1.jpg 546 × 66; 21 KB
- Dia2.jpg 490 × 66; 20 KB
- DiagonalMatrix.png 147 × 103; 5 KB
- DiagonalOfRectangle.png 76 × 80; 2 KB
- DiagonalizeMatrices.png 278 × 195; 6 KB
- DiagramHowToComputeIntegralPhi.png 440 × 177; 13 KB
- DiagramHowToComputeIntegralPhiExpaded.png 498 × 287; 20 KB
- Diameter of set.png 257 × 100; 12 KB
- DiffFormsHomework6-1.png 344 × 122; 6 KB
- DiffFormsHomework6-2.png 543 × 321; 17 KB
- Diff equations e1.png 1,008 × 157; 14 KB
- Diff equations e2.png 937 × 138; 12 KB
- Diff equations final.png 968 × 263; 22 KB
- Differ by a constant.png 643 × 250; 59 KB
- Differ by a constant 1.png 515 × 200; 51 KB
- Differ by a constant 11.png 301 × 100; 13 KB
- Differ by a constant 2.png 513 × 200; 44 KB
- Difference as the change.png 294 × 105; 5 KB
- Difference between vectors.jpg 150 × 174; 5 KB
- Difference of geometric progression.png 389 × 200; 16 KB
- Difference of linear arithmetic.png 316 × 100; 15 KB
- Difference of sequence.png 531 × 100; 18 KB
- Difference quotient.png 159 × 100; 5 KB
- Difference quotient converges to derivative.png 748 × 200; 31 KB
- Difference quotient definition.png 237 × 150; 7 KB
- Difference quotient for function of two variables.png 453 × 150; 27 KB
- Difference via spreadsheet.png 438 × 250; 27 KB
- DifferentCoordinateSystems.png 348 × 228; 13 KB
- DifferentTransformation.png 978 × 388; 52 KB
- Different kinds of integrity features intended.png 416 × 100; 67 KB
- Different kinds of integrity loss.png 400 × 100; 73 KB
- Differentiability.jpg 429 × 160; 23 KB
- Differentiability of node functions.png 273 × 250; 12 KB
- Differentiability of node functions 2.png 247 × 200; 11 KB
- Differentiability of node functions 3.png 321 × 350; 21 KB
- Differentiable-continuous-integrable.jpg 274 × 196; 15 KB
- Differential of a node function.png 219 × 150; 7 KB
- DifferentiationSecantLines.png 495 × 141; 12 KB
- Differentiation example.png 1,172 × 1,710; 192 KB
- Differentiation of x^2.png 525 × 150; 22 KB
- Differentiation vs integration.png 545 × 150; 27 KB
- Diffusion Generation0.png 549 × 531; 294 KB
- Diffusion Generation10.png 549 × 531; 299 KB
- Diffusion Generation20.png 549 × 531; 299 KB
- Diffusion Generation5.png 549 × 531; 299 KB
- Diffusion Generation50.png 549 × 531; 295 KB
- Diffusion Graph.png 470 × 590; 45 KB
- Diffusion Z2 automaton 3.png 305 × 200; 28 KB
- Diffusion dim1.png 310 × 100; 4 KB
- Diffusion dim 1-2-3.png 610 × 150; 19 KB
- Diffusion dim 1.png 626 × 200; 93 KB
- Diffusion dim 1 iterated.png 646 × 200; 101 KB
- Diffusion dim 1 w geometry.png 636 × 300; 136 KB
- Diffusion large.png 213 × 200; 62 KB
- Diffusion large with start.png 524 × 150; 118 KB
- Diffusion on rhombus anisotropy.png 617 × 200; 54 KB
- Diffusion simulation skewed because of Excel.png 556 × 150; 184 KB
- Diffusion through sloped wall.png 262 × 150; 11 KB
- Diffusion w rectangles.png 638 × 245; 226 KB
- Diffusion w rectangles 2.png 263 × 143; 88 KB
- Diffusion with Excel.png 683 × 200; 106 KB
- Diffusion with arbitrary geometry.png 222 × 150; 11 KB
- Diffusion zoomed.png 372 × 100; 38 KB
- Digital-curve.jpg 252 × 252; 12 KB
- Digital Euclidean curve.png 165 × 150; 5 KB
- Digital Euclidean curve with nodes.png 365 × 100; 8 KB
- Digital image analysis.png 358 × 250; 100 KB
- Digital surface.png 148 × 150; 10 KB
- Digitization of V.png 714 × 162; 40 KB
- Digitization of triangle.png 505 × 100; 23 KB
- Dilation and erosion.png 441 × 250; 26 KB
- Dilation illustrated.jpg 980 × 615; 62 KB
- Dim2DSquaredEqualZero.png 461 × 294; 11 KB
- Dim2DSquaredEqualZero2.png 516 × 294; 17 KB
- Dim2DSquaredEqualZero3.png 976 × 294; 31 KB
- Dim2DSquaredEqualZero4.png 171 × 162; 6 KB
- DimensionsOfMatrixProduct.png 763 × 265; 26 KB
- DirectedEdgeInGraph.png 125 × 82; 3 KB
- Directed graph.png 198 × 150; 13 KB
- Directional derivative definition.jpg 322 × 192; 18 KB
- Directional derivative does not exist.jpg 258 × 373; 27 KB
- Directional derivative in dim 2.jpg 352 × 423; 37 KB
- Dirichlet function.png 171 × 100; 5 KB
- Dirichlet function blown.png 267 × 100; 9 KB
- Dirichlet function by x.png 170 × 150; 6 KB
- DisagreeingBases.png 325 × 200; 10 KB
- Discontinuous function blown.png 181 × 150; 9 KB
- Discontinuous function of circle.png 393 × 150; 11 KB
- Discrete1Manifold.png 375 × 117; 9 KB
- Discrete1Manifold2.png 254 × 173; 10 KB
- Discrete1ManifoldTangents.png 90 × 69; 2 KB
- Discrete2Form.png 216 × 172; 5 KB
- DiscreteA.png 155 × 150; 8 KB
- DiscreteA2.png 269 × 147; 11 KB
- DiscreteArea.png 205 × 150; 8 KB
- DiscreteCircle.png 353 × 321; 11 KB
- DiscreteExteriorDerivative.png 682 × 262; 48 KB
- DiscreteExteriorDerivative2.png 56 × 131; 2 KB
- DiscreteExteriorDerivativeMatrixForm.png 203 × 124; 6 KB
- DiscreteFormGridDim1.png 1,029 × 101; 19 KB
- DiscreteFormGridDim2.png 256 × 164; 21 KB
- DiscreteFormPartialx.png 156 × 150; 5 KB
- DiscreteForms1.png 468 × 250; 27 KB
- DiscreteForms2.png 320 × 250; 20 KB
- DiscreteForms3.png 364 × 200; 17 KB
- DiscreteFormsBasis1.png 88 × 81; 3 KB
- DiscreteFormsBasis2.png 99 × 91; 3 KB
- DiscreteFormsBasis3.png 104 × 73; 2 KB
- DiscreteFormsBasis4.png 101 × 73; 2 KB
- DiscreteFormsBasisDerivative1.png 75 × 88; 2 KB
- DiscreteFormsBasisDerivative2.png 84 × 85; 1 KB
- DiscreteFormsBasisDerivative3.png 104 × 85; 2 KB
- DiscreteFormsBasisDerivative4.png 102 × 85; 2 KB
- DiscreteFormsInR3.png 602 × 187; 19 KB
- DiscreteFormsInR32.png 848 × 155; 17 KB
- DiscreteFormsInR33.png 393 × 301; 22 KB
- DiscreteFormsInR34.png 274 × 162; 8 KB
- DiscreteKFormKCell.png 155 × 150; 9 KB
- DiscreteSlope.png 209 × 150; 7 KB
- DiscreteSurfaceManifold.png 860 × 155; 22 KB
- DiscreteSurfaceManifold2.png 199 × 130; 10 KB
- DiscreteSurfaceManifold3.png 975 × 782; 75 KB
- DiscreteSurfaceManifold4.png 195 × 79; 5 KB
- DiscreteSurfaceManifold5.png 1,004 × 753; 1.12 MB
- DiscreteVectorField.png 221 × 200; 18 KB
- Discrete Green's Theorem -- example.png 208 × 200; 19 KB
- Discrete R.png 326 × 100; 10 KB
- Discrete acceleration.png 196 × 300; 16 KB
- Discrete antidifferention.png 241 × 250; 20 KB
- Discrete arc-length.png 215 × 150; 11 KB
- Discrete curvature.png 218 × 150; 11 KB
- Discrete dx and dy.png 354 × 150; 20 KB
- Discrete ellipse 2.png 299 × 150; 19 KB
- Discrete forms and duality.png 256 × 150; 5 KB
- Discrete function in excel.png 319 × 150; 10 KB
- Discrete functions.png 566 × 150; 24 KB
- Discrete functions -- graphs.png 477 × 300; 21 KB
- Discrete functions -- zoomed out.png 626 × 250; 16 KB
- Discrete multilinear forms.png 192 × 200; 20 KB
- Discrete population growth.png 146 × 200; 9 KB
- Discrete vectors and bivectors.png 253 × 100; 12 KB
- Discrete x-axis.png 372 × 50; 4 KB
- Discrete x-axis -- cells.png 204 × 150; 8 KB
- Discreteddequals0.png 269 × 171; 12 KB
- Discretedx.png 262 × 204; 13 KB
- Discretedxdy.png 211 × 150; 11 KB
- Discretedy.png 262 × 204; 13 KB
- Discretedydx.png 305 × 277; 45 KB
- Disjoint union of cell complexes.jpg 212 × 150; 7 KB
- Disk quotient 1.jpg 106 × 187; 5 KB
- Disk quotient 2.jpg 659 × 201; 29 KB
- Disk quotient 3.jpg 130 × 157; 5 KB
- Disks generate intervals.jpg 288 × 95; 5 KB
- Displacement.png 1,052 × 481; 73 KB
- DistanceFormulaR2.png 165 × 98; 5 KB
- DistanceFormulaR3.png 206 × 77; 4 KB
- DistanceFormulaR3Again.png 339 × 212; 12 KB
- Distance formula Rn proof.png 734 × 150; 24 KB
- Distance formula dim2.jpg 839 × 261; 21 KB
- Distance formula dim3.jpg 841 × 439; 40 KB
- Distance function 3 variables.png 330 × 100; 8 KB
- Distances between centers of mass.jpg 1,498 × 581; 625 KB
- Distributive property of addition 1.jpg 556 × 242; 17 KB
- Distributive property of addition 2.jpg 409 × 249; 13 KB
- Dithered gradient.png 360 × 100; 31 KB
- Divergence in Cab.png 488 × 250; 14 KB
- Division by zero.png 344 × 100; 9 KB
- Domain.png 490 × 207; 9 KB
- Domain1.png 596 × 101; 2 KB
- Domain R.png 363 × 50; 7 KB
- Domain and graph - example.jpg 336 × 526; 40 KB
- Domain and range.png 418 × 150; 16 KB
- Domain and range are intervals.png 300 × 100; 7 KB
- Domain as a projection.png 430 × 100; 9 KB
- Domain but not range is interval.png 273 × 100; 8 KB
- Domain from graph.png 260 × 200; 7 KB
- Domain is a path and range is an interval.png 534 × 100; 26 KB
- Domain of function of 2 variables.jpg 213 × 152; 14 KB
- Domain of power series.png 221 × 50; 4 KB
- Domain of power series complex.png 200 × 100; 6 KB
- Dominoes and combs.png 382 × 100; 38 KB
- Dot Product Rule for sequences.png 408 × 150; 11 KB
- Double banana.png 76 × 150; 12 KB
- Double spiral.jpg 172 × 142; 11 KB
- Double torus construction.jpg 827 × 281; 25 KB
- Double torus construction cutting.jpg 309 × 110; 10 KB
- Double torus construction diagram.jpg 719 × 343; 32 KB
- Double torus construction diagram.png 408 × 100; 15 KB
- Double torus construction gluing.png 718 × 250; 77 KB
- Double twist.jpg 510 × 95; 8 KB
- Double twist.png 165 × 100; 11 KB
- Double wrap of cylinder.png 173 × 300; 34 KB
- Down.png 81 × 66; 1,013 bytes
- Drain.png 107 × 100; 2 KB
- Driving along y-axis.png 414 × 100; 21 KB
- Dros.JPG 730 × 666; 33 KB
- Dros marked.JPG 231 × 211; 14 KB
- Drosophil.jpg 730 × 666; 33 KB
- Drosophila.JPG 730 × 666; 33 KB
- Drosophila 316 0.JPG 730 × 666; 84 KB
- Drosophila 316 0 marked eroded.JPG 231 × 211; 14 KB
- Drosophila cellprofiler.JPG 723 × 676; 46 KB
- Drosophila nuclei.JPG 205 × 234; 8 KB
- Drosophila nuclei 47 3.JPG 205 × 234; 19 KB
- Drusen.jpg 481 × 486; 28 KB
- Drusen2.jpg 160 × 160; 13 KB
- Dual bases.png 138 × 200; 9 KB
- Dual complex dim 1.png 377 × 100; 11 KB
- Dual complex in Excel.png 171 × 150; 7 KB
- Dual forms dim 1.png 340 × 150; 12 KB
- Duality.PNG 324 × 150; 15 KB
- Duality.png 337 × 150; 15 KB
- Duality and pipes.png 311 × 150; 20 KB
- Duality and pipes 2.png 227 × 100; 7 KB
- Duality and pipes flow.png 322 × 150; 20 KB
- Duality and pipes on grid.png 309 × 100; 6 KB
- Duality and pipes on grid 2.png 288 × 100; 6 KB