## Flipchart_Shifting Trig Functions.pdf - Section 1: Homework Quiz

*Flipchart_Shifting Trig Functions.pdf*

# Calculator Activity: Transformations of Trig Functions (Day 1 of 2)

Lesson 3 of 15

## Objective: SWBAT identity the amplitude, period, horizontal shift, and vertical shift in the equation f(x)= a sin(bx +c)+d, and the effect that these parameters have upon the graph of the function.

## Big Idea: Students use their calculators to adjust the parameters of trig functions and draw conclusions on how these parameters effect the graph.

*50 minutes*

#### Homework Quiz

*10 min*

For the first 10 minutes of class, I will have students take their Homework Quiz for the week which is over worksheets #4-6. The electronic version of the quiz is located on page 2 of today’s Flipchart_Shifting Trig Functions.

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For the middle part of today’s lesson, I want students to begin working through a calculator based assignment (see Basic_Trigonometric_Transformations_Student). Students will need access to their own TI-Nspire calculator to complete this activity.

The activity guides students through developing an understanding of how parameter changes on a trigonometric function will affect the graph. Students will also learn to identify the period and amplitude of sinusoidal graphs. I like to start this sequence of lessons off with approachable, hands-on calculator work. Allowing the studentsd time to build on their existing knowledge, I provide the students with time to explore on their calculators. My goal is for my students to complete Questions #1-5 on their handout. (This content is on Pages 1.1-4.2 in their Ti-Navigator calculator file). However, I encourage students to keep working and complete as much of the investigation as they can in the time afforded to them.

The original lesson published by Texas Instruments can be found here. You can find the answer key to this lesson on this website as well as the .tns file that will need to be downloaded to the calculators.

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#### Closure

*5 min*

To close out today’s lesson, I just had a very informal conversation with students about how far they got in the activity and took any questions they had at this point.

If all of my students got through question 5, I will progress to the Clicker Questions on pages 7 and 8 of the Flipchart_Shifting Trig Functions as a closure.

#### Resources

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For homework, I will assign Homework 7- Trigonometric Functions. If students did not complete today's activity through question 5, I may hold this homework assignment until tomorrow.

#### Resources

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Hello, I do not have TI Inspire calculators at my site, so I adapted this activity to be used in Desmos with sliders instead. I would love to share it with you so or anyone else that would like to use it. I would love if you could upload it in this lesson even. Is there a way I can send the document to you?

| 11 months ago | Reply##### Similar Lessons

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- UNIT 1: Basic Functions and Equations
- UNIT 2: Polynomial Functions and Equations
- UNIT 3: Rational Functions and Equations
- UNIT 4: Exponential Functions and Equations
- UNIT 5: Logarithmic Functions and Equations
- UNIT 6: Conic Sections
- UNIT 7: Rotations and Cyclical Functions
- UNIT 8: Cyclical Patterns and Periodic Functions
- UNIT 9: Trigonometric Equations
- UNIT 10: Matrices
- UNIT 11: Review
- UNIT 12: Fundamentals of Trigonometry

- LESSON 1: Making Waves... with pasta! (Day 1 of 2)
- LESSON 2: Making Waves... with pasta! (Day 2 of 2)
- LESSON 3: Calculator Activity: Transformations of Trig Functions (Day 1 of 2)
- LESSON 4: Calculator Activity: Transformations of Trig Functions (Day 2 of 2)
- LESSON 5: Graphing Trigonometric Functions
- LESSON 6: One of Those Days
- LESSON 7: Modeling Using Trig Functions
- LESSON 8: Modeling Real World Data (Day 1 of 4)
- LESSON 9: Modeling Real World Data (Day 2 of 4)
- LESSON 10: Modeling Real World Data (Day 3 of 4)
- LESSON 11: Modeling Real World Data (Day 4 of 4)
- LESSON 12: Trig Millionaire Game
- LESSON 13: More Trig Functions
- LESSON 14: Trigonometric Functions Review
- LESSON 15: Trigonometric Functions Unit Assessment