Forward Grade 3 Operations & Algebraic Thinking Practice

What the test measures

Operations & Algebraic Thinking skills

Interpret products of whole numbers
Interpret whole-number quotients
Use multiplication and division within 100 to solve word problems
Determine the unknown whole number in multiplication or division equations
Understand the properties of multiplication and division
Relate multiplication and division
Multiply and divide within 100
Solve two-step word problems using the four operations
Identify and explain arithmetic patterns in multiplication tables

Standards basis

Wisconsin Standards for Mathematics — Wisconsin

How the Forward reports it

Wisconsin’s Forward Exam is a state assessment designed to measure students against the recently updated Wisconsin Academic Standards, rather than a separate national framework. The official Forward Exam page confirms the math assessment is administered in grades 3-8 and is aligned to the Wisconsin Academic Standards, but it does not publish a math-specific blueprint on the page itself.

Blueprint & weighting

Not published in the official Forward Exam page content available here. The page confirms alignment to Wisconsin Academic Standards and administration in grades 3-8, but no math blueprint percentages or reporting-category weights are provided on the page content retrieved.

Official sources

Wisconsin DPI Forward Exam
Wisconsin DPI Mathematics in Wisconsin

Practice by skill

Topics mapped to this domain

Try it now

8 free questions · 0/0 correct

Practice playeasy

What is $20 \div 10$ ?

$10 \times 2 = 20$ , so $20 \div 10 = 2$ .

Practice playeasy

What is $1 \times 1$ ?

$1 \times 1 = 1$ .

Practice playeasy

Which property is $\color{red}{4\times}\color{blue}{(3+2)}\color{black}{\,=\,}\color{red}{4\times}\color{blue}{3+}\color{red}{4\times}\color{blue}{2}$ ?

$\color{red}{4\times}\color{blue}{(3+2)}\color{black}{\,=\,}\color{red}{4\times}\color{blue}{3+}\color{red}{4\times}\color{blue}{2}$ shows multiplying across a sum does not change the answer, so the expressions are equal in value. This is the distributive property.