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This schedule is very tentative, and it will be adjusted as necessary.
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- Week 1 (4/2-4/6)
- [4/2 Preliminary study list deadline]
- [4/2 First lecture; 4/3 first section]
LA 1: Vectors in Rn
LA 2: Linear Combinations, Span
LA 3: Linear Independence
LA 4: Dot Product, Cross Product
LA 5: Systems of Linear Equations
LA 6: Matrices, Rref
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- Week 2 (4/9-4/13)
LA 7: Matrix-Vector Products (see also LA 15: Matrix Multiplication, p99-101 only)
LA 8: Null Space
LA 9: Column Space
LA 10: Subspaces of Rn
LA 11: Basis
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- Week 3 (4/16-4/20)
- [4/20 Final study list deadline]
LA 12: Dimension
LA 13: Linear Transformations
LA 14: Examples of Linear Transformations
LA 15: Composition and Matrix Multiplication
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- Week 4 (4/23-4/27)
- [4/26 Exam 1, 7:30pm]
LA 16: Inverses
LA 17: Determinants
LA 21: Systems of Coordinates
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- Week 5 (4/30-5/4)
- LA 21: Systems of Coordinates (ctd)
- LA 23: Eigenvectors and Eigenvalues
- LA 25: Symmetric Matrices
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- Reference for matrix transpose: p124-5
- Reference for orthonormal basis: p162
- Reference for orthogonal matrix: p164-5
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- Week 6 (5/7-5/11)
LA 26: Quadratic Forms
DVC 1: Multivariable Functions, Graphs, Level Sets
DVC 4: Parametric Curves
DVC 7: Partial and Higher Order Derivatives; Differentiability and Total Derivative
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- Week 7 (5/14-5/18)
- [5/17 Exam 2, 7:30pm]
DVC 7: Partial and Higher Order Derivatives; Differentiability and Total Derivative (ctd)
DVC 10.3; 11: Applications of Differentiation -- Tangent Planes to Graphs; Linearization and Quadratic Approximation
DVC 8: Chain Rule
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- Week 8 (5/21-5/25)
- [5/25 Course withdrawal and change of grading basis deadline]
DVC 9; 10.2: Directional Derivatives and Gradient; Application -- Tangent Planes to Implicit Surfaces
DVC 12: Extrema of Multivariable Functions (I)
DVC 13: Extrema of Multivariable Functions (II)
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- Week 9 (5/28-6/1)
- [5/28 Memorial Day, no classes]
DVC 14: Lagrange Multipliers
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- Week 10 (6/5-6/8)
- [6/5 Last section; 6/6 last lecture]
- [6/8 Final Exam, 7-10pm]
Google Lecture (optional) [notes]
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