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Homework Help for Multivariable Calculus 18.02SC MIT

Online Free Online Course by  World Mentoring Academy
Online / Free Online Course

Details

MIT Recitation Instructors take viewers step-by-step through solving homework problems related to Multivariable Calculus.

Resources: OpenCourseware from MIT, UC Berkeley, Stanford along with many of the World's finest University's.

Language: English

Professors: Joshua Coleman, Michael Williams

Units: 70

Lesson content
  • Coordinate free proofs: centroid of a triangle  
  • Dot products and angles  
  • Components of a vector  
  • Area of a parallelogram  
  • Determinants  
  • Volume of a parallelepiped  
  • Finding area using cross products  
  • Matrix multiplication practice  
  • Solve a linear system using matrices  
  • Equations of planes  
  • Distance of a point to a plane  
  • Systems of linear equations  
  • Parametrized lines and intersections  
  • Parametric line intersecting a plane  
  • Differentiating a vector valued function  
  • Parametric curves: velocity, acceleration, length  
  • Graphing surfaces  
  • Level curves  
  • Level curves and critical points  
  • Partial derivatives  
  • Tangent plane approximation  
  • Least squares  
  • Second derivative test  
  • Max/Min  
  • Total differentials and the chain rule  
  • Tangent planes  
  • Gradient and directional derivative  
  • Lagrange multipliers  
  • Lagrange multipliers (3 variables)  
  • The chain rule with constraints  
  • Gradients - composition  
  • Regions of integration  
  • Changing the order of integration  
  • Integration in polar coordinates  
  • Integrals with density  
  • Change of variables  
  • Integral of exp(-x^2)  
  • Change of variables  
  • Line integrals: path dependence  
  • Line integrals: parametrization independence  
  • Line integrals by geometric reasoning  
  • Fundamental theorem of line integrals  
  • Non-conservative vector fields  
  • Potentials of gradient fields  
  • Green's Theorem: an off center circle  
  • Green's Theorem: area under an arch  
  • Application of Green's theorem  
  • Flux across a curve  
  • Green's Theorem in normal form  
  • Extended Green's Theorem  
  • Domains of vector fields  
  • Volume in cylindrical coordinates  
  • Average height  
  • Moment of inertia of a cylinder  
  • Average distance on a sphere  
  • Gravity and a half-sphere  
  • Flux through easy surfaces  
  • Flux through a square  
  • Flux through surfaces  
  • Flux  
  • Flux and the divergence theorem  
  • Extended Gauss' Theorem  
  • Del and the product rule  
  • Line integral on a helix  
  • Conservative fields and exact differentials  
  • Stokes' Theorem  
  • Extended Stokes' Theorem  
  • Simply connected regions  
  • More Stokes' Theorem  
  • Consequences of Stokes' Theorem  
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