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Graph the Equations Below and Determine the Solution If It {5x5y=1010x+10y=20\left\{ \begin{array} { l } - 5 x - 5 y = - 10 \\10 x + 10 y = 20\end{array} \right.

Question 7

Multiple Choice

Graph the equations below and determine the solution if it exists. {5x5y=1010x+10y=20\left\{ \begin{array} { l } - 5 x - 5 y = - 10 \\10 x + 10 y = 20\end{array} \right.


A)  The system is consistent and has an finite number of solutions. \text { The system is consistent and has an finite number of solutions. }  Graph the equations below and determine the solution if it exists.  \left\{ \begin{array} { l }  - 5 x - 5 y = - 10 \\ 10 x + 10 y = 20 \end{array} \right.  A)   \text { The system is consistent and has an finite number of solutions. }    B)   \text { The system is consistent and has an infinite number of solutions. }    C)   \text { The system is inconsistent. }     D)   \text { The system is consistent and has one solution whose value for } x \text { is }-3 \text { and value for } y \text { is } 2 \text {. }    E)   \text { The system is consistent and has one solution whose value for } x \text { is } 3 \text { and value for } y \text { is }-2
B)  The system is consistent and has an infinite number of solutions. \text { The system is consistent and has an infinite number of solutions. }  Graph the equations below and determine the solution if it exists.  \left\{ \begin{array} { l }  - 5 x - 5 y = - 10 \\ 10 x + 10 y = 20 \end{array} \right.  A)   \text { The system is consistent and has an finite number of solutions. }    B)   \text { The system is consistent and has an infinite number of solutions. }    C)   \text { The system is inconsistent. }     D)   \text { The system is consistent and has one solution whose value for } x \text { is }-3 \text { and value for } y \text { is } 2 \text {. }    E)   \text { The system is consistent and has one solution whose value for } x \text { is } 3 \text { and value for } y \text { is }-2
C)  The system is inconsistent. \text { The system is inconsistent. }
 Graph the equations below and determine the solution if it exists.  \left\{ \begin{array} { l }  - 5 x - 5 y = - 10 \\ 10 x + 10 y = 20 \end{array} \right.  A)   \text { The system is consistent and has an finite number of solutions. }    B)   \text { The system is consistent and has an infinite number of solutions. }    C)   \text { The system is inconsistent. }     D)   \text { The system is consistent and has one solution whose value for } x \text { is }-3 \text { and value for } y \text { is } 2 \text {. }    E)   \text { The system is consistent and has one solution whose value for } x \text { is } 3 \text { and value for } y \text { is }-2
D)  The system is consistent and has one solution whose value for x is 3 and value for y is 2\text { The system is consistent and has one solution whose value for } x \text { is }-3 \text { and value for } y \text { is } 2 \text {. }
 Graph the equations below and determine the solution if it exists.  \left\{ \begin{array} { l }  - 5 x - 5 y = - 10 \\ 10 x + 10 y = 20 \end{array} \right.  A)   \text { The system is consistent and has an finite number of solutions. }    B)   \text { The system is consistent and has an infinite number of solutions. }    C)   \text { The system is inconsistent. }     D)   \text { The system is consistent and has one solution whose value for } x \text { is }-3 \text { and value for } y \text { is } 2 \text {. }    E)   \text { The system is consistent and has one solution whose value for } x \text { is } 3 \text { and value for } y \text { is }-2
E)  The system is consistent and has one solution whose value for x is 3 and value for y is 2\text { The system is consistent and has one solution whose value for } x \text { is } 3 \text { and value for } y \text { is }-2
 Graph the equations below and determine the solution if it exists.  \left\{ \begin{array} { l }  - 5 x - 5 y = - 10 \\ 10 x + 10 y = 20 \end{array} \right.  A)   \text { The system is consistent and has an finite number of solutions. }    B)   \text { The system is consistent and has an infinite number of solutions. }    C)   \text { The system is inconsistent. }     D)   \text { The system is consistent and has one solution whose value for } x \text { is }-3 \text { and value for } y \text { is } 2 \text {. }    E)   \text { The system is consistent and has one solution whose value for } x \text { is } 3 \text { and value for } y \text { is }-2

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