In which quadrant, can a point have:
(i) abscissa equal to its ordinate
(ii) ordinate equal in magnitude to abscissa
(iii) ordinate equal and opposite of abscissa
(iv) abscissa twice that of the ordinate.

4

(a)

From the given figure, write the points whose
(a) ordinate = 0
(b) abscissa = 0
(c) abscissa = -3
(d) ordinate = 4

4

(a)

From the given figure, write
(i) The coordinates of the points B and F
(ii) The abscissae of points A and C
(iii) The ordinates of the points A and C.
(iv) The perpendicular distance of the point G from the x-axis.

4

(a)

See figure and write the following:
(i) Coordinates of point P
(ii) Abscissa of point Q
(iii) The point identified by the coordinates (-4,4)
(iv) The point identified by the coordinates (-3,-6)

4

(a)

In figure, \(\triangle ABC\) and \(\triangle ABD\) are equilateral triangles.Find the coordinates of points C and D.

4

(a)

In figure, \(\triangle PQR\) is an equilateral triangle with coordinates of vertices Q and R as (-2,0) and (2,0).Find the coordinates of the vertex P.

4

(a)

Plot the following points on the graph.

Points	A	B	C	D	E	F
x	1	0	-2	-3	-3	5
y	-7	-5	0	-4	2	3

Write the points which lie on x-axis and y-axis.

4

(a)

Plot the following points on a graph sheet and join them in order B(-5,3), E(-3,-2), S(4,-2), T(1,3).Also mention the quadrants in which the points lie.

4

(a)

Plot the points A(2,0), B(2,2), C(0,2) and D(0,0) and draw line segments OA, AB, BC and CO.What figure do you obtain?

4

(a)

Plot the points A(5,5) and B(-5,5) in Cartesian plane.Join AB, OA and OB.Name the figure obtained.

4

(a)