## Guided Practice Strategies - Section 3: Equations with Rational Coefficients Guided Practice

*Guided Practice Strategies*

*Guided Practice Strategies*

# Equations with Rational Coefficients

Lesson 11 of 15

## Objective: Students will be to solve equations with rational coefficients.

#### Warm up and Homework Review

*10 min*

I include **Warm ups** with a **Rubric** as part of my daily routine. My goal is to allow students to work on **Math Practice 3** each day. Grouping students into homogeneous pairs provides an opportunity for appropriately differentiated math conversations. The Video Narrative explains this lesson’s warm up which asks students to determine whether an equation with rational numbers is actually equivalent.

I also use this time to correct and record the previous day's Homework.

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#### Work Problems

*15 min*

We begin with: *Suppose one painter can paint the entire house in twelve hours, and the second painter takes eight hours. How long would it take the two painters together to paint the house? ( Math Practice 4) * I use the Note Card Activity with this problem. There are so many great correct and incorrect answers that can come from this problem. Some scaffolding may be necessary as this problem may seem difficult to some (

**Math Practice 1**). For example, I may ask students what portion of the house each painter can finish in one hour.

We then do an additional problem to allow those students that really struggled with the first one to try some of the methods they saw (**Math Practice 5**).

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The remainder of the lesson is Guided Practice. For these, I walk around and ask students with a range of different solution methods to share their work on the board as well as explain their steps (**Math Practice 3**). If no one was able to finish it, we find the solution by graphing as a class.

Please see the PowerPoint for detailed presentation notes.

#### Resources

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#### Exit Ticket

*2 min*

I use an exit ticket each day as a quick formative assessment to judge the success of the lesson.

Today's Exit Ticket asks students to solve an equation using one of the methods discussed in class.

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This Assignment, which includes 5 equations and a work problem, is intended on helping the students firm up their skills learned in class.** **

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- UNIT 1: Modeling with Expressions and Equations
- UNIT 2: Modeling with Functions
- UNIT 3: Polynomials
- UNIT 4: Complex Numbers and Quadratic Equations
- UNIT 5: Radical Functions and Equations
- UNIT 6: Polynomial Functions
- UNIT 7: Rational Functions
- UNIT 8: Exponential and Logarithmic Functions
- UNIT 9: Trigonometric Functions
- UNIT 10: Modeling Data with Statistics and Probability
- UNIT 11: Semester 1 Review
- UNIT 12: Semester 2 Review

- LESSON 1: Quotients of Monomials
- LESSON 2: Modeling Rational Functions
- LESSON 3: Transformations of Rational Functions
- LESSON 4: Properties of Rational Functions Investigation Day 1 of 2
- LESSON 5: Properties of Rational Functions Investigation Day 2 of 2
- LESSON 6: Rational Functions Quiz
- LESSON 7: Modeling and Simplifying Rational Expressions
- LESSON 8: Multiplying and Dividing Rational Expressions
- LESSON 9: Adding and Subtraction Rational Expressions
- LESSON 10: Complex Rational Expressions
- LESSON 11: Equations with Rational Coefficients
- LESSON 12: Rational Equations
- LESSON 13: Rational Functions Review Day 1
- LESSON 14: Rational Function Review Day 2
- LESSON 15: Rational Functions Test