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The points whose abscissa and ordinate h...

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

Text Solution

Verified by Experts

The correct Answer is:
D
The points whose abscissa and ordinate have different signs will be of the form (-x,y) or (x,-y) and these points will lie in II and IV quadrants.
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5) If a point P(2,3) lies in first quadrant then what will be the coordinates of point Q opposite to it in fourth quadrant having equal distant from both the axes 6 ) In the fig.given below,name the point whose abscissa and ordinate both are positive and write the abscissa and ordinate of the point E:

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Knowledge Check

  • The point whose abscissa and ordinate have different signs will lie in

    A
    I and II quadrants
    B
    I and III quadrants
    C
    II and III quadrants
    D
    II and IV quadrant

  • If abscissa of a point is zero then that point will lie

    A
    on x-axis
    B
    on y-axis
    C
    at origin
    D
    in 1st quadrant

  • The point whose abscissa is equal to its ordinate and which is equidistant from A(-1, 0) and B(0, 5) is

    A
    (1, 1)
    B
    (2, 2)
    C
    (-2, -2)
    D
    (3, 3)

    • Similar Questions

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    In the fig.given below,name whose abscissa and ordinate both are positive and write the abscissa and ordinate of the point E.

    From the given figure, answer the following questions (i) Write the points whose abscissa is 0. (ii) Write the points whose ordinate is 0. (iii) Write the points whose abscissa is -5.

    A point whose abscissa is -3 and ordinate 2 lies in First quadrant (b) Second quadrant Third quadrant (d) Fourth quadrant

    Two points having same abscissa but different ordinates lie on x-a xi s(b)y-a xi s a line parallel to y-a xi s(d) a line parallel to x-a xi s

    If the curve xy=R^(2)-16 represents a rectangular hyperbola whose branches lies only in the quadrant in which abscissa & ordinate are possite in sign but not equal in magnitude, then

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