Since bx does not contain the variable to solve for, move it to the right-hand side of the equation by subtracting bx from both sides. <span>-ay=-bx+2 </span> <span>ax+by=3 </span>
<span>Divide each term in the equation by -1a. </span> <span>y=(bx-2)/(a) </span> <span>ax+by=3 </span>
<span>Divide each term in the numerator by the denominator. </span> <span>y=(bx)/(a)-(2)/(a) </span> <span>ax+by=3 </span>
<span>The equation is not linear, so the slope does not exist. </span> <span>No slope can be found. </span> <span>ax+by=3 </span>
<span>Since ax does not contain the variable to solve for, move it to the right-hand side of the equation by subtracting ax from both sides. </span> <span>No slope can be found. </span> <span>by=-ax+3 </span>
<span>Remove the common factors that were cancelled out. </span> <span>No slope can be found. </span> <span>y=-(ax)/(b)+(3)/(b) </span>
<span>Divide each term in the equation by b. </span> <span>No slope can be found. </span> <span>y=(-ax+3)/(b) </span>
<span>Divide each term in the numerator by the denominator. </span> <span>No slope can be found. </span> <span>y=-(ax)/(b)+(3)/(b) </span>
<span>The equation is not linear, so the slope does not exist. </span> <span>No slope can be found. </span> <span>No slope can be found. </span>
<span>Compare the slopes (m) of the two equations. </span> <span>m1=, m2= </span>
<span>The equations are parallel because the slopes of the two lines are equal. </span>FROM YAHOO ANSWER