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Use a Graphing Utility to Select the Graph of the Two

Question 39

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Use a graphing utility to select the graph of the two equations in the same viewing window.Use the graphs to determine whether the expressions are equivalent.​ y1=2sinxcscx,y2=2\begin{array} { l } y _ { 1 } = 2 \sin x \csc x , \\y _ { 2 } = 2\end{array}


A) ​  Use a graphing utility to select the graph of the two equations in the same viewing window.Use the graphs to determine whether the expressions are equivalent.​  \begin{array} { l }  y _ { 1 } = 2 \sin x \csc x , \\ y _ { 2 } = 2 \end{array}  ​ A) ​   The expressions are equivalent except Sinx = 0,y<sub>1</sub> is undefined. B) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. C) ​   The expressions are equivalent except when Sinx = 0,y<sub>1</sub> is undefined. D) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. E) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. The expressions are equivalent except
Sinx = 0,y1 is undefined.
B) ​  Use a graphing utility to select the graph of the two equations in the same viewing window.Use the graphs to determine whether the expressions are equivalent.​  \begin{array} { l }  y _ { 1 } = 2 \sin x \csc x , \\ y _ { 2 } = 2 \end{array}  ​ A) ​   The expressions are equivalent except Sinx = 0,y<sub>1</sub> is undefined. B) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. C) ​   The expressions are equivalent except when Sinx = 0,y<sub>1</sub> is undefined. D) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. E) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. The expressions are equivalent except when sinx = 0,y1 is undefined.
C) ​  Use a graphing utility to select the graph of the two equations in the same viewing window.Use the graphs to determine whether the expressions are equivalent.​  \begin{array} { l }  y _ { 1 } = 2 \sin x \csc x , \\ y _ { 2 } = 2 \end{array}  ​ A) ​   The expressions are equivalent except Sinx = 0,y<sub>1</sub> is undefined. B) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. C) ​   The expressions are equivalent except when Sinx = 0,y<sub>1</sub> is undefined. D) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. E) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. The expressions are equivalent except when
Sinx = 0,y1 is undefined.
D) ​  Use a graphing utility to select the graph of the two equations in the same viewing window.Use the graphs to determine whether the expressions are equivalent.​  \begin{array} { l }  y _ { 1 } = 2 \sin x \csc x , \\ y _ { 2 } = 2 \end{array}  ​ A) ​   The expressions are equivalent except Sinx = 0,y<sub>1</sub> is undefined. B) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. C) ​   The expressions are equivalent except when Sinx = 0,y<sub>1</sub> is undefined. D) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. E) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. The expressions are equivalent except when sinx = 0,y1 is undefined.
E) ​  Use a graphing utility to select the graph of the two equations in the same viewing window.Use the graphs to determine whether the expressions are equivalent.​  \begin{array} { l }  y _ { 1 } = 2 \sin x \csc x , \\ y _ { 2 } = 2 \end{array}  ​ A) ​   The expressions are equivalent except Sinx = 0,y<sub>1</sub> is undefined. B) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. C) ​   The expressions are equivalent except when Sinx = 0,y<sub>1</sub> is undefined. D) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. E) ​   The expressions are equivalent except when sinx = 0,y<sub>1</sub> is undefined. The expressions are equivalent except when sinx = 0,y1 is undefined.

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