MATH 120 Calculus with Analytic Geometry
2006-2007 Spring Semester Home Page
Catalog Information
Frequency: Fall/Spring Terms
Credit: (4-2)5
Catalog description: Sequences, infinite series, power series, Taylor series. Vectors, lines and planes in space. Functions of several variables: Limit, continuity, partial derivatives, the chain rule, directional derivatives, tangent plane approximation and differentials extreme values, Lagrange multipliers. Double integrals with applications. The line integral.
Course Objectives: The sequence Math 119-120 is the Standard complete introduction to the concepts and methods of calculus. It is taken by all engineering students. The emphasis is on concepts, solving problems, theory and proofs. All sections are given a uniform midterm and a final exam. Students will develop their reading, writing and questioning skills in Mathematics.
Prerequisites: Math 119 (or 155 or 157)
Course Outline (14 weeks):
1
|
Sequences Series and Power
Series:
· Sequences and convergence · Infinite series
·
Telescoping ,Geometric and Harmonic series
|
Pages 519--535 |
2
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Convergence tests for positive series: · n-th term test, · integral test, · comparison test, · limit comparison test · root test ratio test |
Pages 535--542 |
3
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· Absolute and conditional convergence · Alternating series test · Power series Algebraic Operations on Power Series – Differentiation and Integration of Power Series |
Pages 546--564 |
4
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· Taylor Polynomial
·
Taylor and Maclaurin series
Maclaurin Series for Some Elementary Functions
·
Binomial theorem and Binomial series
|
Pages 565--576
Pages 581--584 |
5
|
Vectors and Coordinate
geometry in 3-space:
· Cartesian coordinates in 3 dimension Describing Sets in the Plane - In 3-Space · A little matrix algebra Arithmetic of Matrices – Determinants – Linear Equations · Vectors and dot product The Cross Product as a Determinant - Vectors in 3-Space · The cross product in 3 space |
Pages 593--619
Pages 631--636
|
6
|
·
Planes and lines
Vector valued functions:
· Vector functions of one variable in 2 and 3 dimensions Differentiating Combinations of Vectors Functions of several
variables :
· Functions of several variables Graphical Representations |
Pages 619--624
Pages 651—658
Pages 705--713
|
7
|
· Quadric Surfaces
·
Limits
and continuity
·
Partial derivatives
·
Tangent planes and normal lines
·
Higher order derivatives
·
The Chain Rule
|
Pages 628--631
Pages 713--718 |
8
|
·
Divergence
·
Linear approximations, differentiability
A Mean-Value Theorem |
Pages 718--732
Pages 743--746 |
9
|
·
Chain Rule
·
Gradient
Geometric properties of the gradient vector
·
Directional derivatives
Using the gradient to find directional derivatives
·
Implicit differentiation
Implicit Functions – Systems of Equations - Jacobian Determinant |
Pages 732--743
Pages 751--774 |
10
|
Applications of Differentiation:
· Local extreme values Necessary and Sufficient conditions for extreme values – Classifying Critical Points · Absolute extreme on restricted domains (Lagrange Multipliers) |
Pages 783--803 |
11
|
Multiple integration:
· Riemann sums · Double integrals The double integral over a rectangle - Double integrals over more general domains – Properties of the Double integral · Iteration of double integrals in Cartesian coordinates · Mean Value Theorem A Mean Value Theorem for Double Integrals |
Pages 836--856 |
12
|
· Polar coordinates and polar curves
·
Double integrals in Polar coordinates
Area of a polar region
·
General change of variables in double
integrals
|
Pages 505--510
Pages 856--867 |
13
|
Line integrals of real valued functions:
· Curves and parametrizations · Arclength Piecewise Smooth Curves · Evaluating line integrals of real valued functions · Conservative fields Necessary conditions for a conservative plane vector field |
Pages 666--671
Pages 910—916
Pages 900--903
|
14
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· Line integral of vector fields Independence of Path · Green’s theorem in the plane |
Pages 916--924
Pages 963--966
|
MidTerm1 : -- Points
MidTerm2: -- Points
Quiz/Attendence : -- Points
Final Exam: -- Points
Suggested textbooks: Robert A. Adams, A Complete Course Calculus. Fifth Edition.
Reference Books:
All sections are given uniform midterms and a final examination.