The points whose abscissa and ordinate have different signs will lie in
(A) I and II quadrants
(B) II and III quadrants
(C) I and III quadrants
(D) II and IV quadrants
Abscissa of a point is positive in
(A) I and II quadrants (B) I and IV quadrants
(C) I quadrant only (D) II quadrant only
If P (5, 1), Q (8, 0), R (0, 4), S (0, 5) and O (0, 0) are plotted on the graph paper,
then the point(s) on the x-axis are
(A) P and R (B) R and S (C) Only Q (D) Q and O
If the coordinates of the two points are P (–2, 3) and Q(–3, 5), then (abscissa of P)– (abscissa of Q) is
(A) – 5 (B) 1 (C) – 1 (D) – 2
If P (– 1, 1), Q (3, – 4), R(1, –1), S(–2, –3) and T (– 4, 4) are plotted on the graph
paper, then the point(s) in the fourth quadrant are
(A) P and T (B) Q and R (C) Only S (D) P and R
On plotting the points O (0, 0), A (3, 0), B (3, 4), C (0, 4) and joining OA, AB, BC
and CO which of the following figure is obtained?
(A) Square (B) Rectangle (C) Trapezium (D) Rhombus
If the perpendicular distance of a point P from the x-axis is 5 units and the foot of
the perpendicular lies on the negative direction of x-axis, then the point P has
(A) x coordinate = – 5 (B) y coordinate = 5 only
(C) y coordinate = – 5 only (D) y coordinate = 5 or –5
The points (–5, 2) and (2, – 5) lie in the
(A) same quadrant (B) II and III quadrants, respectively
(C) II and IV quadrants, respectively (D) IV and II quadrants, respectively
If y coordinate of a point is zero, then this point always lies
(A) in I quadrant (B) in II quadrant
(C) on x – axis (D) on y – axis
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