EMSolution Algebra Proof Inequalities

Get an effective help in learning problem-solving skills and grasping math concepts! EMSolution offers an infinite number of fully explained solutions. Each solution evolves step by step; each step of solution is provided with its objective, grounding definition and rule and with underlying formula or theorem. EMSolution encourages students to learn through in-depth understanding of each solution step and repetition rather than through rote memorization. You can review solutions step by step, learn related math concepts, study solution methods, try to solve similar math problems on your own, and in parallel, learn math lexicon in a foreign language! For math teachers, EMSolution offers a number of easy-to-use test authoring options. You can select problems by topic, solution method and complexity level, prepare printable math tests and develop numerous test variants literally in a minute. A difficulty scale for each task will assist teachers in a class of mixed ability students. Free fully functional downloadable version of EMSolution is available. Free online demos allow trying most of the user options and viewing examples of fully explained solutions.

Parameters of the program

Name of program:
EMSolution_Algebra_Proof_Inequalities
Number of problems:
20449
Number of similar variants:
30
Languages of interface:
English, German
Price:
63 EUR
Size of archive:
3283 kb

20489 algebraic inequalities. Algebra 1 and Algebra 2 levels. Fully explained step-by-step proofs. Weak and strict inequalities. Linear, quadratic, cubic, reciprocal, high-degree and fractional inequalities. Related theory. Option of translation. Sorting problems by topics, complexity levels and solution methods. Authoring options enabling development of tests, quizzes, exams and problem solving lesson plans. Automatic generation of variant tests. Dozens of ready tests.

EMSolution Algebra Proof Inequalities Chapters and sections

Rational expressions. Proofs of inequalities
Chapters
Sections
Proof of strict inequalities. Linear expressions and expressions reduced to them
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Elementary linear inequalities
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Elementary linear inequalities containing fractions
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Distributive law
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Formulas of short multiplication
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Formulas of short multiplication. Cubes
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Properties of powers
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Inequalities reduced to linear inequalities
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Fractional inequalities. Properties of fractions. Rational coefficients
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Fractional inequalities. Properties of fractions. Integer coefficients
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Fractional inequalities. Method of substitution. Integer coefficients
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Fractional inequalities. Method of substitution. Rational coefficients
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Factorization of quadratic trinomial
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Method of substitution. Distributive law
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Method of substitution. Formulas of short multiplication
  • Proof of strict inequalities. Linear expressions and expressions reduced to them. Linear inequalities. Method of substitution. Properties of powers
Proof of strict inequalities. Quadratic expressions
  • Proof of strict inequalities. Quadratic expressions. Elementary quadratic inequalities
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities containing fractions
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Distributive law. Integer coefficients
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Grouping method
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Method of substitution. Distributive law. Integer coefficients
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Method of substitution. Distributive law. Rational coefficients
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Method of substitution. Formulas of short multiplication. Integer coefficients
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Method of substitution. Formulas of short multiplication. Rational coefficients
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Method of substitution. Grouping method
  • Proof of strict inequalities. Quadratic expressions. Quadratic inequalities. Method of substitution. Factorization of quadratic trinomial
  • Proof of strict inequalities. Quadratic expressions. Fractional inequalities. Method of substitution. Distributive law. Integer coefficients
Proof of strict inequalities. Algebraic high-degree expressions
  • Proof of strict inequalities. Algebraic high-degree expressions. High degrees. Bezout theorem. Standard problems. Integer roots
  • Proof of strict inequalities. Algebraic high-degree expressions. High degrees. Bezout theorem. Reducible problems
Proof of strict inequalities. Fractional algebraic expressions
  • Proof of strict inequalities. Fractional algebraic expressions. Fractional algebraic expressions reduced to a fraction with linear expression in numerator. To prove inequality
  • Proof of strict inequalities. Fractional algebraic expressions. Fractional algebraic expressions reduced to a fraction with quadratic expression in numerator. To prove inequality