정수 분수 소수 공배수 공약수 퍼센트 다각형 등식 통계
메디안 모드 히스토그램 좌표축 비와 비율 분수의 곱셈 나눗셈
여러도형의 넓이 부피 원의 넓이 원주 원기둥의 표면적 겉넓이
정육면체의 부피 표면적 원뿔 삼각형합동 대칭 직각삼각형...
수학공부에 기본되는 내용으로 구성되어있는데
대구국제학교(DIS) 학생들을 지도하면서 분량이
많아
고생했지만
매우 친절하고 쉽게
설명되어 수학적 원리를
이해하는데
도움이 되고 미국유학
준비중 초등 중학생 에
적합한책이다.
Goals and intended users: Pre-Transition Mathematics is the first book in the UCSMP middle/high school series. Its intended users are students who have already completed a solid fifth-grade curriculum, such as Everyday Mathematics 5, and are ready to tackle a sixth-grade curriculum; or students who have completed a sixth-grade course and need more work before proceeding to a pre-algebra/pre-geometry experience such as that in Transition Mathematics. The goals of Pre-Transition Mathematics are to take an in-depth approach to the arithmetic of rational numbers and to extend the basic ideas of algebra, geometry, probability, and statistics for students from Everyday Mathematics or to introduce these basic ideas for students from non-UCSMP programs who may not have been previously exposed to them. UCSMP provides a series of online demos designed to reinforce key concepts.
Main theme I: To achieve the understanding of arithmetic of rational numbers, students compute with, apply, and picture decimals, percents, fractions, integers, scientific notation, and powers. Special attention is paid to fractions and negative numbers. Students use the basic applications (models) of the operations to solve real-world problems and to see relationships between operations. Pre-Transition Mathematics encourages students to use geometric models in connection with algebraic formulas. Statistical ideas and probability also help students improve on their understanding of rational numbers.
Main theme II: Continuing the emphases of Everyday Mathematics, students of Pre-Transition Mathematics develop the basic ideas of algebra, geometry, probability, and statistics. They continue to use variables in formulas in order to recognize patterns. Students are given the tools they need to solve simple equations and proportions. Using rulers and compasses and dynamic geometry software, students learn to work with the properties of angles, lines, and circles. Statistics continues to show ways to describe distributions and for comparing relative frequency and probability. Students see how to effectively create visual representations to solve mathematical problems using statistical, number line, and coordinate graphs.
Some distinctive lessons: Solving equations with fact triangles (4-7); Deciding whether a decimal terminates or repeats (7-7); Areas of frames and rings (9-5); Statistics from an experiment: Jumping frogs (13-3). A number of games are incorporated into the lessons; some are advanced versions of games students have seen in Everyday Mathematics, others are new.
Comparisons between this and prior editions: This course did not exist in earlier UCSMP editions.
Learn More
The UCSMP
Third Edition curriculum emphasizes problem solving, everyday applications, and
the use of technology and reading, while developing and maintaining basic
skills. UCSMP Pre-Transition Mathematics is intended primarily for students who
are ready for a 6th-grade curriculum. It articulates well with Grade 5 of
Everyday Mathematics, Transition Mathematics, and Algebra. Pre-Transition
Mathematics reflects the practice of identifying and working on uses of numbers
and operations that characterized the Second Edition of Transition Mathematics.
Fractions and percents are particularly emphasized.There is also a major
emphasis on dealing with data and geometry. Algebra is integrated throughout the
text as a way of describing generalizations, as a language for formulas, and as
an aid in solving simple equations. The text is characterized by rich problems
throughout. Learn more about this program by clicking on the E-Sampler,
here.
For more information about Pre-Transition Mathematics visit McGraw-Hill Education (formerly Wright Group / McGraw Hill).
UCSMP Pre-Transition Math
- Author(s): McConnell et al. Publisher: Wright Group 2009
1: Some Uses of Integers and Fractions
1.4: Mixed Numbers and Mixed Units
1.5: Equal Fractions
2: Some Uses of Decimals and Percents
2.1: Decimals for Numbers Between Whole Numbers
Comparing and
Ordering DecimalsOrdering Percents,
Fractions and DecimalsOrdering Percents,
Fractions and Decimals Greater Than 1Percents and
Proportions
2.7: Converting Fractions to Decimals
2.8: Decimal and Fraction Equivalents
3: Using Addition
3.7: Sums of Angle Measures in Polygons
3.8: Adding Simple Fractions
4: Using Subtraction
4.6: Kinds of Angles
4.7: Subtracting Fractions
4.8: Solving Equations with Fact Triangles
Modeling
One-Step Equations - Activity AModeling and Solving
Two-Step EquationsSolving Two-Step
Equations
4.9: The Addition Property of Equality
Modeling
One-Step Equations - Activity AModeling and Solving
Two-Step EquationsSolving Two-Step
Equations
5: Statistics and Displays
5.1: Statistics
5.3: Stem-and-Leaf Plots
5.4: Bar Graphs and Histograms
5.6: Line Graphs
5.8: Graphing Equations on a Coordinate Grid Defining a Line with Two PointsLinear FunctionsPoint-Slope Form of a Line - Activity ASlope-Intercept Form of a Line - Activity ASolving Equations By Graphing Each SideStandard Form of a Line
6: Using Multiplication 6.2: Multiplying Fractions
6.5: Multiplying Decimals
6.7: Using the Percent of a Quantity
6.8: Order of Operations
6.9: Multiplying Mixed Numbers
7: Using Division
7.1: The Rate Model for Division
8: Ratio and Proportion
8.1: The Ratio Comparison Model for Division
8.3: Division of Fractions
8.4: Division of Mixed Numbers
8.5: Solving Equations of the Form ax=b
Solving Two-Step
Equations
8.7: Solving Proportions
8.8: Proportions in Pictures and Maps
9: Area and Volume
9.2: The Area of a Triangle
9.3: The Area of a Parallelogram
9.4: The Circumference and Area of a Circle
9.7: Building Boxes
9.8: Surface Area and Volume of a Cube
9.9: Surface Area and Volume of a Box
9.1: Area and Operations of Arithmetic Prisms and Cylinders - Activity APyramids and Cones - Activity ASurface and Lateral Area of Prisms and CylindersSurface and Lateral Area of Pyramids and Cones
11: Constructing and Drawing Figures
11.5: Angles and Parallel Lines
12: Exploring Triangles and Quadrilaterals
12.1: Congruent Figures
12.2: Congruent Triangles
12
SAT ACT
AMC8/10/12 국제학교영어원서 강의,
경시대회 성대 KMC 수학과학올림피아드
상담 환영합니다
053-765-8233
011-549-5206
경시대회 성대 KMC 수학과학올림피아드
상담 환영합니다
053-765-8233 011-549-5206
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