Algebra of MathRadar Series is designed for students grades 6 10 who want to have a better understanding of the concepts from Pre-Algebra and Algebra 1.
In this combined book which consists of three parts (Part I: Number System, Part II: Expressions, Part III: Functions and Statistics& Probability) of Algebra, you will learn the essential tools of Algebra through concise lessons, examples, and numerous exercises, as well as improve your problem solving skills with the Solutions Manual (sold separately).
Unlike Algebra Parts I, II, and III, this combined Algebra edition has Solutions Manual separately.
Using the Answer Key in the back of the book, you can easily check the correction of your problem and you can learn more about solving the problem using the Solutions Manual.
This easy to understand reference Algebra not only explains Algebra in terms that you can comprehend, but it also gives you the necessary concepts and guides to approach and solve different/complex problems with strong confidence.
As a textbook supplement or a workbook, teachers, parents, and students will consider the Mathradar series a "Must-Have" prep for self -study and school work. This book will be the most comprehensive study guide for you.

Algebra: Algebra Parts I, II, and III combined (for grades 6 10) covers the following 19 chapters:
Chapter 1: The Natural Numbers
Chapter 2. Integers and Rational Numbers
Chapter 3. Equations
Chapter 4. Inequalities
Chapter 5. Functions
Chapter 6. Fractions and Other Algebraic Expressions
Chapter 7. Monomials and Polynomials
Chapter 8. Systems of Equations
Chapter 9. Systems of Inequalities
Chapter 10. Linear Functions
Chapter 11. The Real Number System
Chapter 12. Factorization
Chapter 13. Quadratic Equations
Chapter 14. Rational Expressions (Algebraic Functions)
Chapter 15. Quadratic Functions
Chapter 16. Basic Statistical Graphs
Chapter 17. Descriptive Statistics
Chapter 18. The Concept of Sets
Chapter 19. Probability

Solutions Manual for Algebra: Algebra Parts I, II, and III Combined - häftad, Engelska, 2014