Cracking the GRE mathematics subject test / Steven A. Leduc.
From the publisher. Getting a high score on the GRE Math Subject Test isn't about memorizing everything there is to know about math -- it's about targeting your test preparation. We teach you only the information you'll need along with the best strategies for the test day. In this book, you'll learn...
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Main Author: | |
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Corporate Author: | |
Language: | English |
Published: |
New York :
Random House,
[2010]
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Edition: | Fourth edition. |
Subjects: | |
Genre: | |
Physical Description: | viii, 444 pages : illustrations ; 28 cm |
Variant Title: |
Princeton review cracking the GRE mathematics subject test
GRE mathematics subject test [Spine title]
Princeton Review |
Format: | Book |
Contents:
- 1. Precalculus
- Functions
- Analytic geometry
- Polynomial equations
- Logarithms
- Trigonometry
- 2. Calculus 1
- Limits of sequences
- Limits of functions
- Continuous functions
- The derivative
- Curve sketching
- Theorems concerning differentiable functions
- Max/min problems
- Related rates
- Indefinite integration (antidifferentiation)
- Definite integration
- The fundamental theorem of calculus
- Polar coordinates
- Volumes of solids of revolution
- Arc length
- The natural exponential and logarithm functions
- L'Hopital's rule
- Improper integrals
- Infinite series
- Power series
- 3. Calculus 2
- Analytic geometry of R[superscript]3
- partial derivatives
- Directional derivatives and the gradient
- Max/min problems
- Line integrals
- Double integrals
- Green's theorem
- 4. Differential equations
- Separable equations
- Homogenous equations
- Exact equations
- Nonexact equations and integrating factors
- First-order linear equations
- Higher-order linear equations with constant coefficients
- 5. Linear algebra
- Solutions of linear systems
- Matrices and matrix algebra
- Gaussian elimination
- Solving matrix equations using A[superscript]-1
- Vector spaces
- Determinants
- Linear transformations
- Eigenvalues and eigenvectors
- The Cayley-Hamilton theorem
- 6. Number theory and abstract algebra
- Part A. Number theory
- Divisibility
- Congruences
- The congruence equation az [unreproducible symbol] (mod n)
- Part b. Abstract algebra
- Binary structures and the definition of a group
- Subgroups
- The concept of isomorphism
- The classification of finite abelian groups
- Group homomorphisms
- Rings
- Fields
- 7. Additional topics
- Logic
- Set theory
- Graph theory
- Algorithms
- Combinatorics
- Probability and statistics
- Point-set topology
- Real analysis
- Complex variables
- 8. Solutions to the chapter review questions
- 9. Practice test
- 10. Practice test answers and explanations.