Grade 4
39 Units, 91 Skills
Time - Telling - Intro
Unit 1
Geometry - Shape Classification (2D) - Intro
Unit 2
Addition and Subtraction of Integers - 1 and 2 Digit
Unit 3
Patterning - Visual Patterns Intro
Unit 4
Number Sense - Practice
Unit 5
Multiplication - Times Table to 10 - Intro
Unit 6
Decimal Foundations - Practice
Unit 7
Data and Graphs - Practice
Unit 8
Numbers and Words - to Ten Thousands and Tenths
Unit 9
Multiplication of Integers - Intro
Unit 10
Coin Math - Multiplication Intro
Unit 11
Fractions, Equivalent - Intro
Unit 12
Division of Integers - Intro
Unit 13
Place Value and Rounding - To Thousands and Hundredths
Unit 14
Geometry - Angle Basics
Unit 15
Fractions - Mixed - Intro
Unit 16
Geometry - Triangle Classification - Practice
Unit 17
Long Division - Intro
Unit 18
Coin Math - Multiplication Practice
Unit 19
Number Sense - Advanced
Unit 20
Addition and Subtraction of Integers - 2 and 3 Digit
Unit 21
Time - Telling - Practice
Unit 22
Geometry - Shape Classification (2D) - Practice
Unit 23
Numbers and Words - to Millions and Thousandths
Unit 24
Perimeter Intro
Unit 25
Long Division - Practice
Unit 26
Multiplication - Times Table to 13 - Practice
Unit 27
Fractions, Equivalent - Practice
Unit 28
Decimal Foundations - Advanced
Unit 29
Multiplication - 1 and 2 Digit - Intro
Unit 30
Time - Elapsed Time - Basics
Unit 31
Place Value and Rounding - To Millions and Thousandths
Unit 32
Cartesian Grid Foundations
Unit 33
Factoring and Primes - Intro
Unit 34
Division 2 by 1 Digit
Unit 35
Fractions - Mixed - Practice
Unit 36
Multiplication - 1 and 2 Digit - Practice
Unit 37
Decimal Addition and Subtraction - Intro
Unit 38
Area Intro
Unit 39
This math unit progressively develops students' understanding of Cartesian coordinates, starting with basic recognition of axes and advancing to more complex applications. Initially, learners familiarize themselves with the Cartesian plane by identifying the X and Y axes and understanding the naming and positioning along these axes. As they progress, students practice pinpointing the x and y coordinates of points using number lines embedded within the grids. They move on to interpret the meaning of given coordinates, discerning whether values represent the x or y coordinate and if they are positive or negative. Subsequently, learners engage in exercises that involve identifying complete sets of coordinates when given one coordinate, enhancing their ability to deduce missing information from graphical representations. Challenges increase as they learn to deduce coordinates without explicit indicators, relying solely on grid positioning. The unit culminates in students being able to interpret and reverse engineer points and coordinates on Cartesian grids, solidifying their capability to navigate and utilize the Cartesian coordinate system effectively in various mathematical contexts.
Skills you will learn include:
At Mobius we have lots of great (and free) resources to help you learn math. To keep kids engaged, there’s nothing better than a math-powered video game! Try out a Mobius game mapped to Cartesian Grid Foundations.
Topic 113