Saskatchewan Grade 8 Math - Full Year Bundle - GOOGLE/PDF INCLUDED

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Grade 8 – Number Strand - Saskatchewan Math Curriculum – This resource covers all outcomes and indicators in the Grade 8 - Saskatchewan Math Curriculum. There are 1035+ activity sheets for your students to learn and practice the outcomes and indicators in the curriculum. Using this resource will ensure that your students will be learning the Saskatchewan curriculum.

GOOGLE CLASSROOM VERSION - PDF INCLUDED! This gives you the ability to print worksheets as well as distribute a digital copy of the resource to your students on Google Classroom.

Check out each of the strands below to learn more about the resources included in this bundle.

Number Strand

Concepts that are covered:

  • Perfect squares and square roots
  • Estimating square roots of numbers that are not perfect squares
  • Visuals of square roots/perfect squares – area and number lines
  • Story of Archimedes and the square root of 3
  • Story of Pythagoras and the Pythagorean Theorem
  • Converting fractions, decimal numbers, and percents
  • Applying understanding of percent to calculate sales tax, gratuity, and discounts
  • Estimating sales tax and other discounts using mental math strategies
  • Understanding percents greater than 100
  • Financial literacy: loan interest rates, investment interest rates
  • Simple interest versus compound interest
  • Rate and ratio
  • Equivalent rates
  • Identifying proportional and non-proportional relationships in various situations.
  • Determining the value of a missing value in a ratio
  • Converting mixed numbers and improper fractions
  • Simplifying fractions
  • Adding, subtracting, multiplying and dividing fractions using models and rules
  • Word problems for multiplying and dividing fractions
  • Adding and subtracting integers using numerous strategies – zero pairs, models
  • Multiplying and dividing integers using rules and area models
  • Multiplying fractions using repeated addition and number lines
  • Word problems for all basic concepts for students to apply their understanding
  • 4 Unit Tests
  • Answer pages for all activity sheets!


Patterns and Relations

Some of the concepts that are covered:

  • Determining pattern rules to extend patterns
  • Basics of linear relationships (two-variable relations)
  • Identifying linear relationships displayed as graphs and in tables of values
  • Describing the relationship between variables in a graph
  • Creating tables of values that represent patterns
  • Creating graphs from tables of values
  • Determining linear equations that represent patterns
  • Representing linear equations using ordered pairs
  • Graphing ordered pairs to display linear equations
  • Determining the missing values in ordered pairs based on linear equations and pictorial patterns
  • Solving problems arising in real-life situations using linear equations
  • Isolating the variable to solve linear equations
  • Adding, subtracting, multiplying, and dividing in equations using flow charts
  • Using models to solve problems in the form of: ax = b, / = b, ax + b = c, / + b = c, a(x + b) = c
  • Representing real-life situation as linear equations in the form of: ax = b, / = b, ax + b = c, / + b = c, a(x + b) = c
  • Creating word problems that can be represented in the linear equations above
  • 2 Unit Tests
  • Answer pages for all activities


Shape and Space

Some of the concepts that are covered:

  • Use the Pythagorean theorem to determine if a triangle is a right triangle
  • Use the Pythagorean theorem to calculate the length of a side on a right triangle
  • Draw 3D objects using nets
  • Construct nets that represent 3D objects
  • Represent 3D objects by drawing them as nets on a grid
  • Draw 3D objects using top, side, and front views
  • Draw 3D objects after they have been rotated
  • Create 3D objects using top, front, and side views
  • Determine the surface area of right prisms and cylinders
  • Use nets to calculate the surface area of 3D objects
  • Calculate the area of circles and semi-circles
  • Calculate the volume of rectangular prisms, triangular prisms, and cylinders
  • Use the area of the base of 3D objects to calculate volume
  • Use of mapping rules to determine new coordinates after a transformation – translations, rotations, and reflections
  • Translations, reflections, and rotations of up to 360 degrees on a cartesian plane
  • Performing multiple transformations of 2D shapes on a cartesian plane
  • Tessellations – regular polygons that tessellate
  • Naming tessellations – regular, semi-regular, irregular
  • Creating tessellations using translations, reflections, and rotations
  • 4 Unit Tests
  • Answer pages for all activities


Statistics and Probability

Some of the concepts that are covered:

  • Comparing different types of graphs that display the same data to identify the strengths and weaknesses of each type of graph
  • Identifying the advantages and disadvantages of different types of graphs (bar graphs, circle graphs, pictographs, line graphs and double-bar graphs)
  • Interpreting bar graphs, broken-line graphs, multiple-bar graphs, circles graphs and pictographs
  • Creating a variety of graphs, including circle graphs and multiple-bar graphs
  • Determining the mean, median, and mode of data sets
  • Determining the impact of adding or removing outliers from a data set on the mean, median, and mode
  • Finding the missing value in a data set using the mean
  • Drawing conclusions about different sets of data
  • Thinking critically about misleading graphs (bar graphs, circle graphs, pictographs, line graphs and double-bar graphs)
  • Creating misleading graphs by using different scales and line breaks
  • Using fractions, decimals, and percents to represent the probability of multiple independent events
  • Understanding the difference between theoretical and experimental probability
  • Comparing theoretical and experimental probabilities of independent events
  • Using tree diagrams to represent independent events
  • Use Venn diagrams to represent probabilities and help solve probability problems
  • 2 Unit Tests
  • Answer pages for all activities


This is a comprehensive bundle that will save you hours of planning! It has been tested and found effective in helping students achieve the learning outcomes outlined in the Saskatchewan 2009 curriculum.


Answer pages for all slides/sheets are included!