9. You are designing a water slide. Your first step is to create an algebraic model to describe the slide's profile, as shown. a. Use graphing technology to determine an equation for the algebraic model. Consider the shape only; do not worry about scale. Describe how you arrived at your design. [T3] [C2] b. Because of safety concerns, you want to make the slide less steep, and with smaller bumps. Suggest changes to your algebraic model and an include a graph that shows your original design and the one that has the improved safety features. [T2] [C2] 9. You are designing a water slide. Your first step is to create an algebraic model to describe the slide's profile, as shown. a. Use graphing technology to determine an equation for the algebraic model. Consider the shape only; do not worry about scale. Describe how you arrived at your design. [T3] [C2] b. Because of safety concerns, you want to make the slide less steep, and with smaller bumps. Suggest changes to your algebraic model and an include a graph that shows your original design and the one that has the improved safety features. [T2] [C2]
9. You are designing a water slide. Your first step is to create an algebraic model to describe the slide's profile, as shown. a. Use graphing technology to determine an equation for the algebraic model. Consider the shape only; do not worry about scale. Describe how you arrived at your design. [T3] [C2] b. Because of safety concerns, you want to make the slide less steep, and with smaller bumps. Suggest changes to your algebraic model and an include a graph that shows your original design and the one that has the improved safety features. [T2] [C2] 9. You are designing a water slide. Your first step is to create an algebraic model to describe the slide's profile, as shown. a. Use graphing technology to determine an equation for the algebraic model. Consider the shape only; do not worry about scale. Describe how you arrived at your design. [T3] [C2] b. Because of safety concerns, you want to make the slide less steep, and with smaller bumps. Suggest changes to your algebraic model and an include a graph that shows your original design and the one that has the improved safety features. [T2] [C2]
Trigonometry (11th Edition)
11th Edition
ISBN:9780134217437
Author:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels
Publisher:Margaret L. Lial, John Hornsby, David I. Schneider, Callie Daniels
Chapter1: Trigonometric Functions
Section: Chapter Questions
Problem 1RE:
1. Give the measures of the complement and the supplement of an angle measuring 35°.
Related questions
Question
![9. You are designing a water slide. Your first step is to create an algebraic model to
describe the slide's profile, as shown.
a. Use graphing technology to determine an equation for the algebraic model.
Consider the shape only; do not worry about scale. Describe how you arrived at
your design. [T3] [C2]
b.
Because of safety concerns, you want to make the slide less steep, and with smaller
bumps. Suggest changes to your algebraic model and an include a graph that
shows your original design and the one that has the improved safety features.
[T2] [C2]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F94967129-bee5-4cb3-a860-31df610214a4%2F38217b1c-97f4-4a14-89ce-1434b03997f1%2Fa3dzn9j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9. You are designing a water slide. Your first step is to create an algebraic model to
describe the slide's profile, as shown.
a. Use graphing technology to determine an equation for the algebraic model.
Consider the shape only; do not worry about scale. Describe how you arrived at
your design. [T3] [C2]
b.
Because of safety concerns, you want to make the slide less steep, and with smaller
bumps. Suggest changes to your algebraic model and an include a graph that
shows your original design and the one that has the improved safety features.
[T2] [C2]
![9. You are designing a water slide. Your first step is to create an algebraic model to
describe the slide's profile, as shown.
a. Use graphing technology to determine an equation for the algebraic model.
Consider the shape only; do not worry about scale. Describe how you arrived at
your design. [T3] [C2]
b.
Because of safety concerns, you want to make the slide less steep, and with smaller
bumps. Suggest changes to your algebraic model and an include a graph that
shows your original design and the one that has the improved safety features.
[T2] [C2]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F94967129-bee5-4cb3-a860-31df610214a4%2F38217b1c-97f4-4a14-89ce-1434b03997f1%2Fj1ktug_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9. You are designing a water slide. Your first step is to create an algebraic model to
describe the slide's profile, as shown.
a. Use graphing technology to determine an equation for the algebraic model.
Consider the shape only; do not worry about scale. Describe how you arrived at
your design. [T3] [C2]
b.
Because of safety concerns, you want to make the slide less steep, and with smaller
bumps. Suggest changes to your algebraic model and an include a graph that
shows your original design and the one that has the improved safety features.
[T2] [C2]
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