查看完整版本: SAT II 数学大纲

端木·宇 2008-6-16 22:20

SAT II 数学大纲

I. ARITHMETIC

A. Whole numbers

1. Operations—addition, subtraction, multiplication, division

2. Prime and composite numbers

3. Factors and divisors


B.  Fractions
1   Types—proper, improper, mixed numbers
2   Operations
C.  Decimals
1   Operations
2   Conversions
a) Decimals to fractions 0) Fractions to decimals
3   Rounding and approximation
4   Powers of 10 a) Multiplication 0) Division
c) Scientific notation
D.  Percent
1   Conversions
a) Percent to decimal 0) Decimal to percent
2   Percent problems
E   Ratio and proportion
F   Square roots
G. Averages
H   Metric measurement
II ALGEBRA
A   Signed numbers
1   absolute value
2   Inequality and order of signed numbers
3  Addition, subtraction, multiplication, division
4   Order of operations
5   Grouping symbols
6   Evaluating algebraic expressions and formulas
B.  Properties of operations
1   Commutative properties
2  Associative properties
3   Distributive properties
4   Special properties of zero
5   Special properties of one
6  Additive and multiplicative inverses C    Operations with polynomials
1   Exponents and coefficients
2  Addition and subtraction
3   Multiplication
4   Division
D   Equations in one variable
1   Methods of solution
2   Literal equations
E   Inequalities in one variable
F   Systems of equations and inequalities in two variables
G. verbal problems
1   number
2   Consecutive integer
3   Motion
4   Coin
5   Mixture
6  Age
7  Work
3 Variation—direct and inverse H. Special products and factoring
1   Common monomial factors
2   Trinomials of the form ax2 + bx + c
3   Difference of two squares
4   Complete factoring I Algebraic fractions
1   Simplifying fractions
2   Multiplication
3   Division
4. Addition and subtraction
a) Same denominators
b) Different denominators
5   Complex fractions
6   Equations involving fractions
J   Radicals and irrational numbers
1   Simplifying radicals
2  Addition and subtraction of radicals
3   Multiplication and division of radicals
4   Rationalizing denominators
5   Radical equations
6   Fractional exponents
K. Solution of quadratic equations
1   Factoring
2   Completing the square
3   Formula L. Graphing
1   Ordered pairs in the plane
2   Methods of graphing linear equations a) Pairs in the solution set
0) Intercepts
c) Slope and slope-intercept method
3   Parallel and perpendicular lines
4   Graphing inequalities
5   Graphical solution of systems of equations
M   Solution of simple cubic equations
1   Factor theorem
2   Remainder theorem
3   Synthetic division
4   Irrational and complex roots
5   Solving simple cubic equations III. GEOMETRY
A  Angles
1   Types—acute, right, obtuse
2   Complements and supplements
3  Vertical angles B   Lines
1   Parallel lines and their angles
2   Perpendicular lines
C.  Triangles
1   Sum of the angles
2   Congruent triangles
3   Similar triangles
4   Special triangles a) Isosceles
0) Equilateral
c) Right (Pythagorean Theorem)
5  Vectors
D   Polygons 1  Quadrilaterals a) Parallelogram 0) Rectangle
c)  Square
d)  rhombus
e)  Trapezoid
f)  Regular Polygons
E.  Circles
1   Special lines and their related angles a) Radius and diameter
0) Chord
c)  Tangent
d)  Secant
2  Angle and arc measurement
3   Polygons inscribed in circles F   Perimeter and area
1   Triangles
2   Polygons
3   Circles
a) Circumference and arc length 0) Area of sectors and segments
G    Volume
1    Pyramid
2    Prism
3    Cylinder
4    Cone
5    Sphere
6    cube
7 Rectangular solid H   Coordinate geometry
1   Coordinate representation of points
2   Distance between two points
3   Midpoint of a line segment
4   Slope of a line
5   Parallel and perpendicular lines I Basic trigonometry
1   Definitions of sine, cosine, tangent
2   Trigonometry in special triangles a) 30°-60°-9u° triangle
0) Isosceles right triangle 3 Trigonometric problems a) Angle of elevation 0) Angle of depression
IV  FUNCTIONS AND THEIR GRAPHS A   Relations and functions
1   Ordered pairs
2   Function notation
3   Domain and range
4   One-to-one functions
5   Inverse functions
6   combining functions
a) Addition, subtraction, multiplication, division 0) Composition B  Graphs
1   Linear a) Slope
0) Intercepts
2   Special functions
a) absolute value function 0) Step functions
3   Polynomial and rational functions a) Quadratic—parabola
i Axis of symmetry
n Vertex
0) cubics
c) hyperbola of the form xy = k
4   Related non-function graphs a) Circle
0) Ellipse
c) hyperbola of the form ax2 - 0y2 = c
5   Graphs of inverse functions
V  REAL NUMBER SYSTEM
A   sunsets of the real numbers
1   Natural numbers a) Primes
0) Composites—prime factorization
2   Integers
a)  Multiples and divisors i Factors
n Divisibility
in Least common multiple iv Greatest common divisor v Perfect squares
b)  Odd and even integers
3   Rational and irrational numbers
a)  Decimal representations
b)  Simplification of radicals and exponents
c)  Identifying rational and irrational numbers B   Operations and properties
1   Properties of the binary operations
a)  Closure
b)  Commutative properties
c) Associative properties
d)  Distributive properties
2  Absolute value
3   Real number line
a)  Order
b)  Density
c)  Completeness
4   Properties of zero and one
a)  Identity elements
b) Additive and multiplicative inverses
c)  Division involving zero
d) Zero as an exponent
5   Nature of the roots of quadratic equations
6   Pythagorean triples
VI. LOGIC
A   Propositions
1   Simple statements
a)  Symbols
b)  Quantifiers (all, some)
2   Negation
3   Compound statements
a)  Conjunction
b)  Disjunction
c)  Implication (conditional statements)
i Necessary conditions
n Sufficient conditions
in Equivalence (necessary and sufficient conditions)
d)  Derived implications i Converse
n Inverse in Contrapositive B   Truth tables C   Methods of proof
1   Valid arguments
a)  Direct
b)  Indirect—contradiction and counterexample
2   Invalid arguments—fallacies
VII   SETS
A   Meaning and symbols
1   Set notation
2   Set membership
3   Ordered pairs
4   Cardinality of a set B   Types of sets
1   Finite
2   Infinite
3   Empty
C.  Relationships between sets
1   Equal sets
2   Equivalent sets
3   Subsets
4   Complements
D.  Set Operations
1   Union
2   Intersection
3   Cartesian products
4   Laws of set operations
5   Closure
E   Venn diagrams
VIII   TRIGONOMETRY
A.  Trigonometry of the right triangle
1   Definitions of the six functions
2   Relations of the functions of the complementary angles
3   Reciprocal relations among the functions
4  Variations in the functions of acute angles
5   Pythagorean and quotient relations
6   Functions of 30°, 45°, and 60°
7  Applications of the functions to right triangle problems
B.  Trigonometric functions of the general angle
1   Generating an angle of any size
2   Radians and degrees
3   Using radians to determine arc length
4   Definitions of the functions of an angle
5   Signs of the functions in the four quadrants
6   Functions of the quadrantal angle
7   Finding the value of functions of any angle C   Identities and equations
1   Difference between identities in equations
2   Proving identities
3   Solving linear trigonometric functions
4   Solving trigonometric quadratic equations D   Generalized trigonometric relationships
1   Functions of the sum of two angles
2   Functions of the difference of two angles
3   Functions of the double angle
4   Functions of the half angle
E   Graphs of trigonometric functions
1   Graphs of the sine, cosine, and tangent curves
2   Properties of the sine, cosine, and tangent curves
3   Definitions of amplitude, period, and frequency
4   Solving trigonometric equations graphically F   Solutions of oblique triangles
1   Law of sines
2   Law of cosines
3   Using logarithms to solve oblique triangle problems
4  Vector problems—parallelogram of forces
5   Navigation problems
IX MISCELLANEOUS TOPICS A. Complex numbers
1   Meaning
2   Operations
a) Addition and subtraction
b)  Multiplication and division i Powers of i
n Complex conjugate
3   Complex roots of quadratic equations B   Number Bases
1   Converting from base 10 to other bases
2   Converting from other bases to base 10
3   Operations in other bases C   Exponents and logarithms
1   Meaning of logarithms
2   Computation with exponents and logarithms
3   Equations
4   Graphs of exponential and logarithmic functions D   Binary operations
1   Definition of binary operations
2   Properties of binary operations
3  Application to modular arithmetic E   Identity and inverse elements
1   Addition
2   Multiplication
3   Other operations

Diva 2008-6-22 20:36

顶一个..............

smalllab 2008-6-24 02:52

[align=center][color=royalblue]数学2里面有一个 分段函数 比较难 我觉得我就是那道题做错了[/color][/align]
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