Use the given graph to find the co-ordinates of the points, satisfying the given condition.
(i) Whose abscissa is 2
(ii) Whose ordinates is 4
(iii) Whose abscissa is 5
(iv) Whose ordinates is -6
(v) Whose abscissa is -4
(vi) Whose abscissa is 4

Use the graph given alongside, to find the co-ordinate of the point (s) satisfying the given condition: the abscissa is 2.

Use the graph given alongside, to find the co-ordinate of the point (s) satisfying the given condition: the abscissa is 5.

Use the graph given along side, to find the co ordinates of the point (s) satisfying the given conditions: (i) The abscissa is 2 (ii) The ordinate is 0 (iii) The ordinate is 3 (iv) The ordinate is 2 (v) The abscissa is 5 (vi) The abscissa is equal to the ordinate (vii) The ordinate is half of the abscissa

Use the graph given alongside, to find the co-ordinate of the point (s) satisfying the given condition: the abscissa is equal to the ordinate.

Use the graph given alongside, to find the co-ordinate of the point (s) satisfying the given condition: the ordinate is half of the abscissa.

(a) Determine the co-ordinates of the point on the straight line 2x-3y=12 whose abscissa is double of its ordinate.

A point whose abscissa is -3\ and ordinate 2 lies in

Find the coordinates of the point (i) which lies on X and Y-axes both. (ii) whose ordinate is -4 and which lies on Y-axis. (iii) whose abscissa is 5 and which lies on X-axis.

Find the coordinates of the point (i) which lies on X and Y-axes both. (ii) whose ordinate is -4 and which lies on Y-axis. (iii) whose abscissa is 5 and which lies on X-axis.

Find the coordinate of the points whose abscissa is 5 and which lies on x-axis.