Grade 4 Ontario math worksheets

39 of 48 Grade 4 expectations with a printable sheet · Ages 9–10

Number Sense

Operations

Patterns and Relationships

Equations and Inequalities

Data Literacy

Probability

Geometric and Spatial Reasoning

Measurement

Money and Finances

  • 4.F1.2

    Calculate the cost of multiple items and the change required.

    Partial Works out the change from one amount. Does not total several priced items first. The coins drawn are American: Canada has no penny and adds the loonie and toonie, so the values differ even though the skill does not.

Not a worksheet

These expectations have no sheet, for three different reasons. Listing them is the point — a catalog that showed only the hits would say this grade is fuller than it is.

Money and Finances (4) — a strand Math Picnic has never built for, the same decision as the Texas financial literacy strand. This is a gap, not a mismatch.

  • 4.F1.1Identify the methods of payment that can be used to buy goods and services.
  • 4.F1.3Explain spending, saving, earning, investing and donating.
  • 4.F1.4Explain the relationship between spending and saving.
  • 4.F1.5Describe ways of deciding whether something is reasonably priced.

Coding (2) — writing and running code. A printable cannot execute anything, and the execution is the expectation.

  • 4.C3.1Write and execute code involving sequential, concurrent, repeating and nested events.
  • 4.C3.2Read and alter existing code and describe how the changes affect the outcome.

4.D1.2 — Collect data from primary and secondary sources to compare two or more sets.

Collecting the data — by observation, experiment or interview. That is the part of statistics that happens before there is anything on paper.

4.D1.3 — Select the type of graph best suited to a data set and display the data in it.

Choosing between display types for one data set. Each of our data sheets prints one display and asks a question about it.

4.D2.2 — Predict whether the mean, median and mode will repeat in a second population.

Predicting whether a second population will behave like the first, then testing it by collecting more data. The test is the expectation.