1. Arithmetic and Number Theory and Business Math
  2. Basic and Advanced Algebra
  3. Plane and Solid Geometry
  4. Trigonometry
  5. Probability and Statistics
  6. Analytical Geometry
  7. Calculus
  8. Modern Geometry, Linear and Abstract Algebra
  9. History of Mathematics, Problem Solving, Mathematical Investigation, Instrumentation and Assessment

Source: prc.gov.ph

LET Table of Specifications for Math Majors

  1. Arithmetic and Number Theory and Business Math
    1. Simplify expressions involving series of operations
    2. Solve problems involving
      1. GCF or LCM
      2. prime and composite numbers
      3. divisibility
      4. inverse or partitive proportions
      5. congruence
      6. linear Diophantine equation
    3. Apply Euler’s function and theorems, or Fermat’s theorem in solving problems
  2. Basic and Advanced Algebra
    1. Perform operations on algebraic expressions
    2. Simplify a given expression with series of operations
    3. Simplify rational expressions using
      1. Laws of Exponents
      2. Factoring
    4. Identify the domain and/or the range of a given function
    5. Identify/describe graphs of a function
    6. Solve for the roots of a given quadratic equation
    7. Use factoring in simplifying rational expressions
    8. Perform operations on rational expressions
    9. Perform operations on radical numbers
    10. Solve problems on
      1. linear equations
      2. systems of linear equations
      3. quadratic equations
    11. Compute the value of a function f(n), where n is a counting number
    12. Determine an equation given a set of roots which are imaginary/complex numbers
    13. Perform operations involving exponential and logarithmic functions
    14. Solve for the solution set of a given inequality
    15. Determine the rth term of the expansion (a±b)ⁿ
    16. Solve problems involving arithmetic and geometric progressions
    17. Solve problems involving variation
    18. Determine the number of positive and negative roots of a given polynomial
  3. Plane and Solid Geometry
    1. Apply the properties of plane figures such as segments, angles, triangles, quadrilaterals, and other polygons in solving problems
    2. Use properties of congruence in justifying propositions on triangle congruence
    3. Solve problems using definitions, postulates and/or theorems on triangles, quadrilaterals or circles
    4. Solving problems involving concepts on
      1. solids
      2. similarity and proportionality
      3. transformations
  4. Trigonometry
  5. Probability and Statistics
  6. Analytical Geometry
  7. Calculus
  8. Modern Geometry, Linear and Abstract Algebra
  9. History of Mathematics, Problem Solving, Mathematical Investigation, Instrumentation and Assessment
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