Lectures are listed in reverse chronological order. Week 16 dec8.pdf Review sheet and practice exam questions dec6.pdf 15.4-15.6 FTC, Green's and divergence theorems Week 15 dec3.pdf 15.4 The fundamental theorem of Calculus, Green's and divergence theorem (n=2). dec1.pdf 15.3 path independence and gradient vector fields nov29.pdf 15.2 curve integrals Week 14 nov24.pdf 15.1-15.2 Vector fields, grad, curl div, curve integrals. nov22.pdf 14.9-15.1 Change of variables examples, introduction to vector fields Week 13 nov17.pdf 14.9 Change of variables in multiple integration (not on Friday's exam, but last page is review sheet for exam.) nov15.pdf 14.8 Parametric surfaces and surface area Week 12 nov12.pdf 14.7 triple integrals in cylindrical and spherical coordinates nov10.pdf 14.6 triple integrals nov8.pdf 14.5 applications of double integrals Week 11 nov5.pdf 14.4 computing double integrals using polar coordinates nov3.pdf 14.3 area and volume via double integrals nov1.pdf 14.2 double integrals over non-rectangular domains; changing the order of integration via region sketching Week 10 oct29.pdf 14.1 Double integrals over rectangular domains oct25.pdf Review sheet and practice exam questions, for Wednesday's midterm. Week 9 oct22.pdf 13.7-13.9 chain rule, directional derivatives and the gradient, Lagrange multipliers oct20.pdf 13.6-13.8 differentiability and the chain rule oct18.pdf 13.6-13.8 affine approximation, differentiability, directional derivatives Week 8 oct15.pdf 13.6 affine approximation, differentials, matrix derivatives oct13.pdf 13.5 extremization principles and problems oct11.pdf 13.4 partial derivatives Week 7 oct6.pdf 13.3 limits and continuity oct6.mws 13.3 Maple worksheet we played with in class oct4.pdf 13.1-13.2 functions of several variables Week 6 oct1.pdf 12.4 polar, cylindrical, spherical coordinates sept27.pdf 12.3 drawing quadric surfaces (Document is mostly blank space which we used in class.) sept27b.pdf 12.3: Maple pictures sept27.mws 12.3: Maple worksheet - open from Maple and play with this. Week 5 sept24.pdf 12.2 Kepler's Laws and Newton's inverse square law deduction - not only was this a historical milestone, but the derivation uses all of our 2210 tools. sept22.pdf 12.2 arclength parameterizations, curvature, acceleration decomposition sept20.pdf 12.1-12.2 integrating vector-valued functions, arclength Week 4 sept17.pdf 12.1 Calculus for parametric curves sept15.pdf 11.6 inverse matrices sept13.pdf 11.6 + more: geometry and algebra of affine maps Week 3 sept10.pdf 11.6 + more: solving linear systems; affine maps sept10.mws 11.5-11.6 Maple worksheet for solving linear systems and drawing plots sept8.pdf 11.5 linear systems: how to solve, and geometric interpretation Week 2 sept3.pdf 11.4 implicit and parametric equations for lines and planes sept1.pdf 11.3 determinants and the cross product aug30.pdf 11.2 geometry and algebra of the dot product Week 1 aug27.pdf 11.2 3-space, vectors in 3-space. aug25.pdf 11.1 vectors in the plane |