

฿1,640.00
NeoMaths Level 3 Teacher License provides 12 months of digital resources for your math course, including a Unique class ID for students to join your class, a digital teacher edition, and self-authoring tools. There are 11 modules covering 98 lessons covering pre-algebra, algebra, and geometry, with 11 premade digital learning and teaching materials provided.
(Pre/Post Tests, eBook, Teaching Video, Objective Quiz, 2 HTML Games, Lesson Plan, Classroom Presentation, Assessment Question Bank, Science Experiment, Digital Teacher Edition)
** 6 drag-and-drop digital authoring tools: Pre-Test, Post-Test, Objective Assessment, Subjective Assessment, Video (embed pop-up questions), YouTube (embed pop-up questions), Documents, Websites.
Digital Textbook and Workbook Provided.
Physical Textbook Set sold separately.
Module 01: Linear Inequalities with One Variable
L1 – Writing Inequalities
L2 – Solving Inequalities: Addition and Subtraction
L3 – Solving Linear Inequalities: Adding and Subtracting
L4 – Solving Inequalities: Multiplication and Division
L5 – Solving Linear Inequalities: Multiplication
L6 – Solving Linear Inequalities: Division
L7 – Solving Inequalities With More Than One Operation
L8 – Solving Linear Inequalities: Multi-Step
L9 – Solving Linear Inequalities: Distributive Property
L10 – Solving Compound Inequalities: and
L11 – Solving Compound Inequalities: or
L12 – Solving Absolute Value Inequalities
L13 – Graphing Inequalities
L14 – Graphing Inequalities with Variables
L15 – Solve systems of inequalities by graphing.
Module 02: Factoring Higher Degree Polynomials
L1 – Factoring the Sum of Cubes and the Difference of Cubes
L2 – Factoring Polynomials with Degree Greater Than Three: Difference of Two Squares and Perfect Square
L3 – Factoring Polynomials with Degree Greater Than Three: Sum of Cubes and Difference of Cubes
L4 – Factoring Polynomials with Degree Greater Than Three: Quadratics
Module 03: Quadratic Equations
L1 – How to Differentiate Quadratic Equations?
L2 – Quadratic Equations: Factorization
L3 – Quadratic Equations: Finding the Square Root
L4 – Quadratic Equations: Completing the Square
L5 – Quadratic Equation: Using the Discriminant
L6 – Using the Quadratic Formula to Solve Quadratic Equations
L7 – Quadratic Equations: Roots
L8 – Estimate Solutions of Quadratic Equations
Module 04: Similarities
L1 – Identifying Similar Figures
L2 – Solving Problems Involving Scale Factor
L3 – Finding Measures of Similar Figures
L4 – Identifying Similar Solids
L5 – Solve Problems Involving Similar Solids
L6 – Identifying Similar Triangles
L7 – Solving Problems Involving Scale Factor
L8 – Proportional Perimeters of Similar Triangles
L9 – Special Segments of Similar Triangles
Module 05: Quadratic Functions
L1 – Determining Functions
L2 – Determine If a Relation is a Function
L3 – Ordered Pair: Relations
L4 – Identify Linear and Nonlinear Functions
L5 – Solve and Graph Linear Functions
L6 – Finding Functional Values
L7 – Inverse of a Relation
L8 – How to Plot Different Types of Parabolas?
L9 – Quadratic Functions: Graphing
L10 – Quadratic Functions: Axis of Symmetry
Module 06: Statistics 3.0
L1 – Finding Measures of Variation
L2 – Measures of Variation: Interpreting Data
L3 – Interpreting Data in a Box-and-Whisker Plot
Module 07: System of Linear Equations
L1 – Identifying Linear Equations
L2 – Identify Intercepts and Zeros
L3 – Finding the Slope of a Line
L4 – Graph Equations Using the Slope-Intercept Form
L5 – Solutions of Systems of Equations
L6 – Solving Systems of Equations by Graphing
L7 – Solving Systems of Equations by Elimination
L8 – Solving Equations: Elimination with Multiplication
L9 – Solving Systems of Equations by Substitution.
L10 – Problem-Solving Using Elimination by Multiplying
L11 – Problem-Solving Using Substitution
L12 – Applying Methods of Solving Systems of Equations
Module 08: Circle Theorem
L1 – Parts of a Circle
L2 – Circumference, Diameter, and Radius of a Circle
L3 – Finding the Circumference of a Circle
L4 – Central Angles and Arcs of a Circle
L5 – Length of a Circle
L6 – The Relationships Between Arcs and Chords
L7 – The Relationships Between Chords and Diameters
L8 – Measures of Inscribed Angles
L9 – Measures of Angles of Inscribed Polygons
L10 – Using Properties of Tangents
L11 – Circumscribed Polygons
L12 – Measures of Angles Inside a Circle
L13 – Measure of Angles Outside the Circle
L14 – Measures of Segments in the Interior of a Circle
L15 – Measures of Segments in the Exterior of a Circle
Module 09: Pyramids, Cones, and Spheres
L1 – Lateral and Surface Areas of Pyramids
L2 – Lateral and Surface Areas of Cones
L3 – Find Surface Area of Pyramids and Cones
L4 – Finding Surface Areas of Spheres
L5 – Find Volume of Pyramids, Cones, and Spheres
Module 10: Probability
L1 – Theoretical and Experimental Probability
L2 – Performing Probability Simulations
L3 – Tree Diagram and Fundamental Counting Principle
L4 – Counting Outcomes: Factorial
L5 – Finding Probability of Simple Events
L6 – Experimental Probability
L7 – Independent, Dependent, and Mutually Exclusive Events
L8 – Independent and Dependent Events
L9 – Mutually Exclusive or Inclusive Events
Module 11: Trigonometric Ratios
L1 – Finding Trigonometric Ratios
L2 – Solve Problems Using Trigonometric Ratios
L3 – Solve Trigonometric Ratios for Angles: 30, 45, and 60 degrees
L4 – Solve Trigonometric Ratios for Acute Angles Apart from 30, 45, and 60 degrees
L5 – Using the Law of Sines to Solve Triangles
L6 – Solving Problems Using the Law of Sines
L7 – Using the Law of Cosines
L8 – Solving Problems Using the Law of Cosines