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Secondary Mathematics - Second Year - Intermediate Algebra

Systems of Linear Equations and Inequalities
1: Solving Systems of Linear Equations and Inequalities in two variables
  • Define a system of linear equations in two variables.
  • Solve systems of linear equations in two variables
    • given a pair of linear equations in two variables, identify those whose graphs
      • intersect
      • coincide
      • are parallel
    • given a system of linear equations in two variables, find the solution graphically (i.e. by drawing the graphs and obtaining the coordinates of the intersection)
2: Solution Set of the Systems of Linear Equations
  • given a system of linear equations in two variables, find the solution:
    • by elimination
    • by substitution
  • given a system of linear equations to solve problems (e.g. number relations, uniform motion, geometric relations, mixture, investment, work)
3: System of Linear Inequalities
  • Demonstrate knowledge and skill in solving a system of linear inequalities by graphing
    • Define a system of linear inequalities.
    • Translate certain situations in real life to linear inequalities.
    • Draw the graph of a linear inequality in two variables.
    • Represent the solution set of a system of linear inequalities by graphing.
Quadratic Equations
4: Quadratic Equations and Their Roots
  • Demonstrate knowledge and skill in solving quadratic equations.
    • Distinguish a quadratic equation from a linear equation.
    • Find the solution set of a quadratic equation.
    • determine the solution set of a quadratic equation ax2+bx+c = 0 by algebraic methods:
      • factoring
      • quadratic formula
      • completing the square
    • derive the quadratic formula
    • solve rational equations which can be reduced to quadratic equations
    • use quadratic equations to solve problems
Rational Algebraic Expressions
5: Simplifying Rational Algebraic Expressions
  • Demonstrate knowledge and skill in simplifying rational algebraic expressions.
    • Define rational algebraic expressions and domain of a rational algebraic expression
    • Translate verbal expressions into rational algebraic expressions.
    • Simplify rational algebraic expressions(reduce to lowest terms).
6: Operations on Rational Algebraic Expressions
  • Perform operations on rational algebraic expressions.
    • addition
    • subtraction
    • multiplication
    • division
7: Rational Expressions and Equations
  • Simplify complex rational algebraic expressions.
  • Solve rational equations and check for extraneous solutions.
  • Solve problems involving rational algebraic expressions.
Variation
8: Talking about Variation.
  • Demonstrate knowledge of variation relationships and apply these in solving problems
    • Identify relationships in real life that are:
      • direct variation
      • direct square variations
      • inverse variations
      • joint variations
    • Represent the following relationships as equations:
      • _____ is directly proportional to _____
      • _____ is inversely proportional to _____
      • _____ varies directly as _____
      • _____ varies directly as the square of _____
      • _____ varies inversely as _____
    • Solve equations on:
      • direct variation
      • direct square variations
      • inverse variations
      • joint variations
Integral Exponents
9: The Integral Exponents
  • Demonstrate knowledge and skill in simplifying expressions with integral exponents and apply these in the solution of problems
    • Demonstrate understanding of expressions with:
      • positive exponents
      • negative exponents
      • zero exponents
    • Evaluate numerical expressions involving integral exponents.
    • Rewrite algebraic expressions with zero and negative exponents.
    • Solve problems involving expressions with exponents.
Expressions and Equations involving Radicals
10: Radical Expressions in General
  • Demonstrate knowledge and skill in simplifying radical expressions
    • Identify expressions which are perfect squares or perfect cubes.
    • Find the square root or cube root of expressions.
  • Given a number in the form nroot{n}{x} where x is not a perfect nth root, name two rational numbers between which it lies.
  • Use laws of exponents to simplify expressions containing rational exponents.
  • Rewrite expressions with rational exponents as radical expressions and vice versa.
  • Simplify the radical expression in such a way that the radicand contains no perfect nth root.
  • Rationalize a fraction whose denominator contains square roots.
11: Operations on Radical Expressions
  • Perform operations on radical expressions.
    • addition
    • subtraction
    • multiplication
    • division
  • Solve radical equations.
  • Solve problems involving radical equations.
Searching Patterns in Sequences — Arithmetic, Geometric and Others
12: Arithmetic Sequences
  • Demonstrate knowledge and skill related to arithmetic sequences and apply these in solving problems
    • List the next few terms of a sequence given several consecutive terms.
    • Derive, by pattern-searching, a mathematical expression (rule) for generating the sequence.
    • Describe an arithmetic sequence by any of the following ways:
      • giving the first few terms
      • giving the formula for the nth term
      • drawing the graph
    • given the first few terms of an arithmetic sequence, find the:
      • common difference
      • nth term
    • Given two terms of an arithmetic sequence, find: the first term; the common difference or a specified nth term.
    • Solve problems involving arithmetic means.
    • Derive the formula for the sum of the n terms of an arithmetic sequence.
    • Define the sum of an arithmetic sequence.
    • Solve problems involving arithmetic sequences.
13: Geometric Sequences and Series
  • Demonstrate knowledge and skill related to geometric sequences and apply these in solving problems
    • Describe a geometric sequence in any of the following ways:
      • giving the first few terms of the sequence
      • giving the formula for the nth term
      • drawing the graph
    • given the first few terms of a geometric sequence, find the common ratio and the nth term
    • given two specified terms of a geometric sequence, find the first term and common ratio
    • Solve problems involving geometric means
    • Derive the formula for the sum of the terms of a geometric sequence.
    • Find the sum of the terms of a geometric sequence.
    • Derive the formula for an infinite geometric series.
    • Solve problems involving geometric sequences.
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