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The Graph of Is Shown in the Figure

Question 127

Multiple Choice

The graph of The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E) is shown in the figure. As you can see, the graph does not cross the The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E) -axis. If the graph did cross the The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E) -axis, the The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E) -intercepts would be solutions to the equation: The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E) Solve this equation. The solutions will confirm the fact that the graph cannot cross the The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E) -axis. The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E)


A) The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E)
B) The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E)
C) The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E)
D) The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E)
E) The graph of is shown in the figure. As you can see, the graph does not cross the -axis. If the graph did cross the -axis, the -intercepts would be solutions to the equation: Solve this equation. The solutions will confirm the fact that the graph cannot cross the -axis. A) B) C) D) E)

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