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Without Graphing, Decide:
(A) Are the Graphs of the Equations {x+6y=18y=16x+3\left\{ \begin{aligned}x + 6 y & = 18 \\y & = - \frac { 1 } { 6 } x + 3\end{aligned} \right.

Question 124

Multiple Choice

Without graphing, decide:
(a) Are the graphs of the equations are identical lines, parallel lines, or lines intersecting at a single point?
(b) How many solutions does the system have?
- {x+6y=18y=16x+3\left\{ \begin{aligned}x + 6 y & = 18 \\y & = - \frac { 1 } { 6 } x + 3\end{aligned} \right.


A) parallel lines; no solution
B) identical lines; infinite number of solutions
C) lines intersecting at a single point; one solution

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