## Calclabs With MathematicaA manual written to accompany the multivariable chapters of the fourth edition of James Stewart's Calculus, focusing on the use of Mathematica as a tool for exploring the way calculus works and how calculus solves problems. Coverage includes vectors, multiple integrals, and Mathematica basics. A final chapter contains 21 extended project exercises. Learning features include warning and tip icons, boxes on Mathematica commands, references to the main text, and within-chapter exercises. |

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acceleration vectors approximation AspectRatio Automatic Axes Boxed BoxRatios cell center of mass command Compute the integral conservative vector field contour plot Cos[t Create a plot critical point cross product curvature cylindrical coordinates defined described DisplayFunction endTime enter equation Evaluate Example Exercises f x_ False Find FindMinimum FindRoot function f(x given gradf gradient graph graphics object Green's Theorem Help Browser Hessian matrix Identity initial guess initial point integral of F intersection iterate Jacobian matrix line integral linear Mathematica Mathematica definition minimizer minimum NestList Newton's Method normal vector options orthogonal package ParametricPlot parametrization partial derivatives pic2 plane plot the curve PlotPoints PlotRange PlotStyle position vector potential function problem quadratic quadratic function r[t_ region result Show showVectors Simplify Sin[l Sin[t Sin[x solid soln Solve space curve spherical coordinates splayFunct ion square Stewart's CALCULUS surface tangent vector unit circle unit sphere vecs vector field ViewPoint xy-plane