## equation work space.docx - Section 2: Notes + Guided Practice

*equation work space.docx*

# Multiplication and Division One Step Equations

Lesson 4 of 12

## Objective: SWBAT solve one step equations using multiplication and division

#### Do-Now

*10 min*

Students will practice adding and subtracting integers. During this activity, struggling learners have the option to use red and white integer chips to help them visualize the concept of zero pairs. Students who struggle with integers, but don't want to use integer chips can draw symbols on their paper to represent integers. For this method, students should represent positive numbers with an "o" and negative numbers with a "x". A zero pair consists of an x and o on top of each other.

The students will say their answers aloud to the class after 4 minutes. I will then ask the group if any patterns were identifiable, and how they used the patterns and their own prior knowledge to solve the remainder of the problems.

A student will read the objective aloud to the class: **SWBAT solve one step equations using multiplication and division. **

I will ask the students how this objectives ties into the type of equations that we solved during our last class. I then ask students to make a prediction about today's objective based off of their knowledge of addition and subtraction one step equations.

#### Resources

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#### Notes + Guided Practice

*20 min*

Today's lesson is similar to our previous lesson on addition and subtraction one step equations. I will solve each equation the same way and use the same line of questioning and reasoning done last class, with extra emphasis on the quotes in bold:

- What is the variable?
- What operation is happening to the variable right now?
- How can we undo a number plus four?
**According to our heading, only variables belong on this side of the equation. Which number is variable? Which term does not belong on this side? How can we undo this step?****Does this answer make sense in the problem? If I plug this answer into the original equation are both sides still equal?**

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#### Partner Practice

*20 min*

Students will practice solving one step equations using the ETA Hand to Mind product VersaTiles. Students will match correct responses to the numbered tiles in the black VersaTile case. If you do not have a VersaTiles classroom set, the assignment can still be completed by having students match questions and responses with pencil and paper.

#### Resources

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#### Group Activity

*20 min*

The group activity for today's lesson is a relay race. This video provides the directions for the activity, as well as three rounds that were completed by my students.

** Teacher Preparation:** I wrote numbers using different color bubble letters on a piece of chart paper. Some of the numbers will be the solutions to the equations used in the race, and others will be chosen randomly. I then hung the chart paper in my classroom across from the board where students would be working. (See visual)

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#### Closing

*10 min*

I will ask two students to give a 15 second summary of what we learned in class today. I will ask a third student to share out an easy way to help a struggling student remember inverse operations. Students will then complete md one step exit card.docx.

#### Resources

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- UNIT 1: Welcome Back! - The First Week of School
- UNIT 2: Linear & Absolute Value Functions
- UNIT 3: Numeracy
- UNIT 4: Linear Equations
- UNIT 5: Graphing Linear Functions
- UNIT 6: Systems of Linear Equations
- UNIT 7: Linear Inequalities
- UNIT 8: Polynomials
- UNIT 9: Quadratics
- UNIT 10: Bridge to 10th Grade

- LESSON 1: The Language of Algebra
- LESSON 2: Combining Like Terms
- LESSON 3: Addition and Subtraction One Step Equations
- LESSON 4: Multiplication and Division One Step Equations
- LESSON 5: Two Step Equations
- LESSON 6: Building a Strong Foundation for the Distributive Property
- LESSON 7: Solving Multi Step Equations with Candy (Day 1 of 4)
- LESSON 8: Solving Multi Step Equations: Comparing Processes (Day 2 of 4)
- LESSON 9: Solving Multi Step Equations: Special Cases (Day 3 of 4)
- LESSON 10: Solving Multi Step Equations: Bringing It All Together (Day 4 of 4)
- LESSON 11: Solving Literal Equations
- LESSON 12: Review Day!