Graph of the equation $2 x+y=10$ intersects the $x$ -axis at the point $\ldots \ldots . .$
$(5,0)$
$(0,10)$
$(0,-10)$
$(-5,0)$
If the graph of equation $3 x+a y=7$ passes through the point $(3,-1),$ then the value of $a=\ldots \ldots \ldots$
The equation $2 x+5 y=7$ has a unique solution, if $x, y$ are :
Draw the graph of the linear equation $3 x+4 y=6$. At what points, the graph cuts the $x$ -axis and the $y$ -axis.
Find the value of $k$ if $(5,2)$ is a solution of $3 x+k y=25$
For equation $5 x+3 y=90,$ if $x=12$ then $y=\ldots \ldots \ldots$
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