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The points (other than origin) for which abscissa is equal to the ordinate will lie in

II and IV quadrantsI and III quadrantsI and II quadrantsI quadrant only

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Point (–3, 5) lies in the

fourth quadrantthird quadrantsecond quadrantfirst quadrant

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Signs of the abscissa and ordinate of a point in the second quadrant are respectively

+, ––, +–, –+, +

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Point (0, –7) lies

in the fourth quadranton the y-axisin the second quadranton the x –axis

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Point (– 10, 0) lies

in the fourth quadrantin the third quadranton the negative direction of the y-axison the negative direction of the x-axis

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Abscissa of all the points on the x-axis is

any number21 0

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Ordinate of all points on the x-axis is

any number-11Zero

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The point at which the two coordinate axes meet is called the

quadrantoriginordinateabscissa

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A point both of whose coordinates are negative will lie in

IV quadrantIII quadrantII quadrantI quadrant

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Points (1, – 1), (2, – 2), (4, – 5), (– 3, – 4)

do not lie in the same quadrantlie in IV quadrantlie in III quadrantlie in II quadrant

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If y coordinate of a point is zero, then this point always lies

on y - axison x - axisin II quadrantin I quadrant

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The points (–5, 2) and (2, – 5) lie in the

IV and II quadrants, respectivelyII and IV quadrants, respectivelyII and III quadrants, respectivelysame quadrant

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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

y coordinate = 5 or –5y coordinate = – 5 onlyy coordinate = 5 onlyx coordinate = – 5

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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?

RhombusTrapeziumRectangleSquare

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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

P and ROnly SQ and RP and T