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. A quadratic function g(x) passes through the points (-8, 33), (2, 1), and (8, 1). Which statement correctly describes g(x)? A. The line x = 5 is an axis of symmetry, and the vertex is a %3D maximum because the y-values increase as the graph moves away from that function. B. The line x = 5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function.

. A quadratic function g(x) passes through the points (-8, 33), (2, 1), and (8, 1). Which statement correctly describes g(x)? A. The line x = 5 is an axis of symmetry, and the vertex is a %3D maximum because the y-values increase as the graph moves away from that function. B. The line x = 5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function.

Elementary Geometry For College Students, 7e
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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cer/viewtest.html Sa 2020 20 of 36 Text-to-Speech 20. A quadratic function g(x) passes through the points (-8, 33), (2, 1), and (8, 1). Which statement correctly describes g(x)? A. The line X = 5 is an axis of symmetry, and the vertex is a maximum because the y-values increase as the graph moves away from that function. B. The line x = 5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function. C. The line x = -5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function. Scroll down to see more D. The linex = the vertex is a Powered by Linklt! 100%
Transcribed Image Text:cer/viewtest.html Sa 2020 20 of 36 Text-to-Speech 20. A quadratic function g(x) passes through the points (-8, 33), (2, 1), and (8, 1). Which statement correctly describes g(x)? A. The line X = 5 is an axis of symmetry, and the vertex is a maximum because the y-values increase as the graph moves away from that function. B. The line x = 5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function. C. The line x = -5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function. Scroll down to see more D. The linex = the vertex is a Powered by Linklt! 100%
20 20. A quadratitTuntion g(x) passEs through the points (-ö, 35), (2, 1), and (8, 1). Which statement correctly describes g(x)? A. The line X = 5 is an axis of symmetry, and the vertex is a maximum because the y-values increase as the graph moves away from that function. B. The line X = 5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function. C. The line x = -5 is an axis of symmetry, and the vertex is a minimum because the yvalues increase as the graph moves away from that function. D. The line x = -5 is an axis of symmetry, and the vertex is a maximum because the y-values increase as the graph moves away from that function. Powered by Linklt! 10
Transcribed Image Text:20 20. A quadratitTuntion g(x) passEs through the points (-ö, 35), (2, 1), and (8, 1). Which statement correctly describes g(x)? A. The line X = 5 is an axis of symmetry, and the vertex is a maximum because the y-values increase as the graph moves away from that function. B. The line X = 5 is an axis of symmetry, and the vertex is a minimum because the y-values increase as the graph moves away from that function. C. The line x = -5 is an axis of symmetry, and the vertex is a minimum because the yvalues increase as the graph moves away from that function. D. The line x = -5 is an axis of symmetry, and the vertex is a maximum because the y-values increase as the graph moves away from that function. Powered by Linklt! 10
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