NL Grade 3 Math study plan
NL Grade 3 Math · Give each week a clear focus.
8 weeks · About 6 hours per week
Number
Read, write, and compare whole numbers to 1000 using place-value language (hundreds, tens, ones).
Represent numbers to 1000 in standard, expanded, and word form, and convert among the three.
Order a set of five numbers to 1000 from least to greatest and explain the comparison using place value.
Identify the value of a digit in a three-digit number and explain how it changes when the digit moves one place left.
Your checkpoint
A one-page place-value reference sheet with 10 self-created numbers to 1000 shown in standard, expanded, and word form, plus a corrected ordering exercise.
Number
Add and subtract two- and three-digit numbers with and without regrouping, showing the regrouping steps.
Estimate sums and differences by rounding to the nearest ten or hundred, then check the estimate against the exact answer.
Solve one- and two-step word problems involving addition and subtraction, and write the number sentence that matches each problem.
Explain why an answer is reasonable using an estimate and a written justification.
Your checkpoint
A 10-question mixed addition/subtraction quiz (including two word problems) completed in 20 minutes with at least 8 correct and all regrouping shown.
Number & Patterns and Relations
Build and extend increasing and decreasing patterns using a constant difference, and state the rule in words.
Connect skip-counting by 2, 5, 10, and 25 to multiplication facts and to number patterns on a hundred chart.
Represent multiplication as equal groups, arrays, and repeated addition, and match each representation to its expression.
Identify the missing term in a simple pattern and justify the rule used.
Your checkpoint
A pattern portfolio containing three self-made increasing patterns, three decreasing patterns, and one hundred-chart path with the skip-counting rule written for each.
Patterns and Relations
Write and solve one-step equations with an unknown (for example, 7 + n = 12) using a balance model.
Use a table of values to describe a relationship between two quantities and predict the next entry.
Translate a simple word problem into an equation with a symbol for the unknown, then solve and check it.
Distinguish between a pattern rule and an equation, and explain how each describes a relationship.
Your checkpoint
A mid-point check: a 12-item mixed review covering place value, addition/subtraction, patterns, and one-step equations, scored and error-corrected in a different colour.
Shape and Space
Name and sort 2-D shapes (triangles, quadrilaterals, pentagons, hexagons) by number of sides and vertices.
Identify and draw lines of symmetry in regular and irregular 2-D shapes.
Describe and continue a geometric pattern made from shapes, and state the repeating unit.
Measure and compare the perimeter of simple polygons using standard units.
Your checkpoint
A shape-and-space booklet with labelled drawings of six polygons, their side/vertex counts, all lines of symmetry marked, and perimeters recorded.
Shape and Space & Statistics and Probability
Read and interpret a pictograph and a bar graph, and answer comparison questions from each.
Collect simple data from a real situation and build a bar graph with a title, labelled axes, and a consistent scale.
Describe the likelihood of everyday events using the language impossible, unlikely, equally likely, likely, and certain.
Compare two data sets shown in graphs and state one similarity and one difference.
Your checkpoint
A one-page data project: a survey question, a tally table, a hand-drawn bar graph with labelled axes, and three written conclusions drawn from the graph.
Statistics and Probability & Number
Predict outcomes of simple chance experiments (coin, spinner, die) and compare predictions with recorded results.
Calculate the mode of a small data set and explain what it represents.
Solve multi-step word problems that combine data reading with addition or subtraction.
Explain why results of a chance experiment may differ from predictions, using the idea of more trials.
Your checkpoint
A chance-experiment log: 30 trials of a coin or spinner, a results table, a bar graph of outcomes, and a written comparison of prediction versus result.
Number & Patterns and Relations & Shape and Space & Statistics and Probability
Review and self-test all four domains using a timed mixed practice set.
Identify the two weakest skills from the self-test and re-teach them with worked examples.
Complete a full-length practice test under exam conditions and score it.
Write a short reflection listing the strategies to use on test day.
Your checkpoint
A completed full-length practice test with a score report, a list of corrected errors by domain, and a one-paragraph test-day strategy reflection.
Milestones
Week 2: Score at least 8/10 on the addition/subtraction quiz with all regrouping shown and at least one reasonable estimate per word problem.
Week 4: Score at least 9/12 on the mixed mid-point check and correct every missed item with a written explanation.
Week 6: Produce a correctly labelled bar graph from self-collected data and answer three comparison questions about it with at least two correct.
Week 8: Score at least 80% on the full-length practice test, with no domain below 70%, and submit the error-correction log.