NB TCN Numeracy study materials
NB TCN Numeracy study resources

NB TCN Numeracy study plan

NB TCN Numeracy · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Number sense and operations

  • Compute fluently with integers, fractions, decimals, and signed numbers, including order of operations, by working 40 mixed practice items without a calculator.

  • Apply divisibility rules, prime factorization, and least common multiple/greatest common factor to simplify and combine fractions in 15 worked examples.

  • Convert among fractions, decimals, and percents by hand and check each conversion with a second method.

  • Write a one-page personal error log naming the three operation types that cost you the most accuracy.

Your checkpoint

A timed 30-question number-sense quiz scored at 85% or better, with every miss reworked and annotated in the error log.

Week 2

Number sense and operations & Ratio, proportion, and percent

  • Solve multi-step word problems involving unit rates, unit price, and best-buy comparisons, showing the setup line before any arithmetic.

  • Set up and solve proportions using cross-multiplication and the unitary method, then verify answers by estimating.

  • Translate percent-of, percent-increase/decrease, discount, tax, and tip scenarios into single equations and solve them.

  • Distinguish part-to-part from part-to-whole ratios and convert between them in 10 practice items.

Your checkpoint

A 20-item ratio-and-percent worksheet completed under a 40-minute timer with at least 17 correct and all setups shown.

Week 3

Number sense and operations & Ratio, proportion, and percent

  • Solve percent-change and successive-percent problems (markup then discount, percent error) using a multiplier approach.

  • Apply proportional reasoning to scale drawings, recipes, and mixture problems, and identify when a relationship is not proportional.

  • Compute simple and compound interest and percentage-based data claims from short word problems.

  • Rehearse estimation and reasonableness checks so that every answer is sanity-checked before submission.

Your checkpoint

A mixed 25-question set spanning Domains 1 and 3, scored at 80% or better, with a written reasonableness check for each answer.

Week 4

Measurement and units

  • Convert within and between metric and customary units of length, mass, volume, and time using dimensional analysis with cancellation.

  • Solve multi-step measurement problems requiring two or more conversions (for example, rate to unit price or speed to distance).

  • Interpret and compute perimeter, area, and volume formulas with correct unit labeling and squared/cubed units.

  • Read scales, rulers, and elapsed-time scenarios accurately, including mixed-unit answers such as hours and minutes.

Your checkpoint

A 20-question measurement quiz at 80% or better, with all work shown in a chain-of-conversion format.

Week 5

Measurement and units & Geometry and spatial reasoning

  • Classify angles, triangles, and quadrilaterals and apply angle-sum and complementary/supplementary relationships to find missing measures.

  • Compute circumference, area, surface area, and volume for circles, triangles, rectangles, and rectangular solids.

  • Solve problems involving similar figures and scale factors, connecting them to proportional reasoning from earlier weeks.

  • Use the Pythagorean theorem to find missing sides and to test whether a triangle is right-angled.

Your checkpoint

A geometry-and-measurement portfolio of 12 fully worked problems, each with a labeled sketch and units, scored at 80% or better.

Week 6

Data interpretation and statistics

  • Compute mean, median, mode, and range from raw data sets and from frequency tables, and explain which measure best describes a given distribution.

  • Read and interpret tables, bar and line graphs, and circle graphs, and identify misleading presentations such as truncated axes.

  • Calculate and interpret weighted averages and simple probability from given outcomes.

  • Draw a valid conclusion from a short data summary and state one limitation of that conclusion.

Your checkpoint

A one-page data report analyzing three provided data sets: summary statistics, one graph interpretation, and one written conclusion with a stated limitation.

Week 7

Algebraic reasoning and patterns

  • Evaluate algebraic expressions and solve one- and two-step linear equations, including those with fractions and negatives.

  • Identify and extend arithmetic and geometric patterns, and write the rule or nth-term expression for each sequence.

  • Translate verbal statements into equations and inequalities, and solve and graph simple inequalities.

  • Substitute answers back into the original equation to verify solutions on every practice item.

Your checkpoint

A 20-question algebra quiz at 80% or better, with a written verification step for each equation solved.

Week 8

Problem solving and quantitative reasoning & Number sense and operations & Ratio, proportion, and percent

  • Apply a structured four-step problem-solving routine (identify, plan, execute, check) to multi-step mixed-domain problems.

  • Complete two full-length timed practice tests under exam conditions and record per-domain accuracy.

  • Analyze missed items by error type (concept, setup, computation, misread) and rework each one to a correct solution.

  • Build a one-page formula and conversion reference sheet from memory, then verify it against source material.

Your checkpoint

Two completed timed practice tests with a scored error analysis showing at least 80% overall accuracy and improvement on the second attempt.

Milestones

Week 2: Score 85% or better on the Week 2 ratio-and-percent worksheet and correctly set up 9 of 10 word problems before computing.

Week 4: Score 80% or better on the Domain 2 measurement quiz and complete every conversion using dimensional analysis with units canceling.

Week 6: Score 80% or better on a combined Domains 2, 4, and 6 checkpoint and submit the data report with a defensible written conclusion.

Week 8: Score 80% or better on the second full-length practice test, with the error log showing fewer computation errors than on the first attempt.