Sarah is saving $1.25 a week to purchase a bicycle. The graph shows the amount she will have saved. 1. Write the equation of the line represented in the graph. Describe how the components of the equation represent the situation. 2. What would happen to the graph if she already had $5 saved? Represent this situation on the graph provided. Write the equation of the line represented in the graph. Describe how the components of the equation represent the situation. 3. What would happen to the graph if she saved $2.50 a week? Represent this situation on the graph provided. Write the equation of the line represented in the graph. Describe how the components of the equation renresent the situation. ok3 Ropresent this
Sarah is saving $1.25 a week to purchase a bicycle. The graph shows the amount she will have saved. 1. Write the equation of the line represented in the graph. Describe how the components of the equation represent the situation. 2. What would happen to the graph if she already had $5 saved? Represent this situation on the graph provided. Write the equation of the line represented in the graph. Describe how the components of the equation represent the situation. 3. What would happen to the graph if she saved $2.50 a week? Represent this situation on the graph provided. Write the equation of the line represented in the graph. Describe how the components of the equation renresent the situation. ok3 Ropresent this
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 91E
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