The coordinates of the origin are $(0, 0).$

Match the coordinates given in Column $A$ with the items mentioned in Column $B.$

$\mathrm{Column} \mathrm{A}$                       $\mathrm{Column} \mathrm{B}$

$\left(1\right) (0,5)$                       (a) $y$ coordinate is $2\times x-$ coordinate $+$$1.$

(2) $(2, 3)$                       (b) Coordinates of origin.

(3) $(4, 8)$                       (c) Only $y-$ coordinate is zero.

(4) $(3, 7)$                       (d)  The distance from $x-$axis is $5.$

(5) $(0, 0)$                       (e) $y$ coordinate is double of $x-$coordinate.

(6) $(5, 0)$                       (f) The distance from $y-$axis is $2.$

Match the ordinates of the points given in Column $A$ with the items mentioned in Column $B.$

$\mathrm{Column} A$                       $\mathrm{Column} B$

(a) $(7, 0)$                       (i) The ordinate is double the abscissa.

(b) $(11, 11)$                   (ii) The ordinate is zero.

(c) $(4, 8)$                       (iii) The ordinate is equal to the abscissa.

(d) $(6, 2)$                       (iv) The abscissa is double the ordinate.

(e) $(0, 9)$                       (v) The abscissa is triple the ordinate.

(f) $(6, 3)$                       (vi) The abscissa is zero.

From the given graph, choose the letters that indicate the location of the points given below.

$(2, 0)$

From the given graph, choose the letters that indicate the location of the points given below.

$(0, 4)$

From the given graph, choose the letters that indicate the location of the points given below.

$(5, 1)$

From the given graph, choose the letters that indicate the location of the points given below.

$(2, 6)$