Graph points in the coordinate plane to solve real-world situations.

Convert distance within the US customary system using ratio reasoning.

Dividing a unit fraction by a whole number using visual models.

Multiply single-digit whole numbers by a single-digit whole number or numbers containing a single digit followed by zeros using visual models.

Decompose a fraction (x/y) into a sum of unit parts (1/y) using visual models.

Identify the rule in a given number pattern.

Recognize angle measure as additive.

Add multi-digit whole numbers when no carry is needed.

Add and subtract mixed numbers with equal denominators using the number line.

Rounding numbers to the nearest 10 and 100.

Convert repeating decimals into fractions.

Multiply rational numbers.

Apply order of operations to evaluate expressions with integers.

Identify which measure of central tendency best describes a data set.

Solving one-step equations involving fractions: addition.

Simplify algebraic expressions by distributing and combining like terms.

Sam used a coordinate plane to draw a diagram of his pool. Each unit on the coordinate plane is equal to 1 foot. Let’s plot the points on our coordinate plane to make Sam’s pool diagram.

Know the meaning of a percent and convert a percent to a fraction.

Create a frequency table and a dot plot to display data.

Divide mixed numbers.

Convert distance within the US customary system using ratio reasoning.

Multiply a whole by a fraction using a fraction by a fraction formula.

Checking quotients with multiplication.

A multiplication equation as a multiplicative comparison.