Math6-8
One-Step and Two-Step Equations Practice Set
By Joseph L.
A practice set for 8th graders that moves from one-step to two-step equations, with a hanger-model worked example to make isolating the variable concrete. Students build equation-solving fluency, and the set is designed to extend into multi-step problems using the distributive property and combining like terms.
Customize for your classroom
Teacher Guide & Tips
- Open with the hanger model as a whole-class demonstration (about 10 minutes), then have students complete the one-step problems independently before moving to two-step.
- Discussion question: Why must we perform the same operation on both sides of an equation, and what would happen if we only changed one side?
- Scaffold for struggling readers: Have them draw a hanger diagram or use physical tiles for each problem, and check their first step against a partner before continuing.
- Extension for advanced students: Assign the three-step and distributive problems, and ask them to write an equation that requires combining like terms before isolating the variable.
- Estimated time: About 45 minutes for the full set, or two shorter sessions if you include the distributive and combining-like-terms section.
Math6-8
One-Step and Two-Step Equations Practice Set
By Joseph L.
A practice set for 8th graders that moves from one-step to two-step equations, with a hanger-model worked example to make isolating the variable concrete. Students build equation-solving fluency, and the set is designed to extend into multi-step problems using the distributive property and combining like terms.
Customize for your classroom
Teacher Guide & Tips
- Open with the hanger model as a whole-class demonstration (about 10 minutes), then have students complete the one-step problems independently before moving to two-step.
- Discussion question: Why must we perform the same operation on both sides of an equation, and what would happen if we only changed one side?
- Scaffold for struggling readers: Have them draw a hanger diagram or use physical tiles for each problem, and check their first step against a partner before continuing.
- Extension for advanced students: Assign the three-step and distributive problems, and ask them to write an equation that requires combining like terms before isolating the variable.
- Estimated time: About 45 minutes for the full set, or two shorter sessions if you include the distributive and combining-like-terms section.