Difference between revisions of "Math 313 2017XD Course Materials"

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Material To Review for Practice Quiz:
 
Material To Review for Practice Quiz:
  
* Magnitude of Vectors
+
* Magnitude of Vectors (Geometric and Algebraic)
 
* Sums and Differences of Vectors (Geometric and Algebraic)
 
* Sums and Differences of Vectors (Geometric and Algebraic)
 
* Scalar Multiple of Vector (Geometric and Algebraic)
 
* Scalar Multiple of Vector (Geometric and Algebraic)
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* Vector Valued Functions
 
* Vector Valued Functions
 
* Derivatives of Vector Valued Functions (Sums, Constant Multiples, Product & Chain Rule)
 
* Derivatives of Vector Valued Functions (Sums, Constant Multiples, Product & Chain Rule)
 +
* Derivatives of Dot and Cross Products of Vector Valued Functions
 +
* Vector-Valued Integration (Definite and Indefinite)
 +
* Finding Level Curves of a Function Of Two Variables
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* Interpreting a Contour Map
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* Average Rate of Change from P to Q on the Graph of a Function of Two Variables
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* Limits and Continuity of Functions of Two Variables
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* Compute Partial Derivatives of Functions of Several Variables

Latest revision as of 19:02, 20 July 2017

Material To Review for Practice Quiz:

  • Magnitude of Vectors (Geometric and Algebraic)
  • Sums and Differences of Vectors (Geometric and Algebraic)
  • Scalar Multiple of Vector (Geometric and Algebraic)
  • Zero Vector
  • Linear Combination of Vectors
  • Unit Vector in Direction of v
  • Triangle Inequality
  • Equation of a Line in 3-Space
  • Dot Product
  • Cross Product
  • Geometric Properties of Cross Product
  • Equation of a Plane with Normal Vector n, through Point P
  • Vector Valued Functions
  • Derivatives of Vector Valued Functions (Sums, Constant Multiples, Product & Chain Rule)
  • Derivatives of Dot and Cross Products of Vector Valued Functions
  • Vector-Valued Integration (Definite and Indefinite)
  • Finding Level Curves of a Function Of Two Variables
  • Interpreting a Contour Map
  • Average Rate of Change from P to Q on the Graph of a Function of Two Variables
  • Limits and Continuity of Functions of Two Variables
  • Compute Partial Derivatives of Functions of Several Variables