The points $A(-4, -1)$,$B(-2, -4)$,$C(4, 0)$,and $D(2, 3)$ are the vertices of:

  • A
    Parallelogram
  • B
    Rectangle
  • C
    Rhombus
  • D
    None of these

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Similar Questions

In the triangle with vertices at $A(6,3), B(-6,3)$ and $C(-6,-3)$,the median through $A$ meets $BC$ at $P$,the line $AC$ meets the $x$-axis at $Q$,while $R$ and $S$ respectively denote the orthocentre and centroid of the triangle. Then the correct matching of the coordinates of points in List-$I$ to List-$II$ is:
$i$. $P$$A$. $(0,0)$
$ii$. $Q$$B$. $(6,0)$
$iii$. $R$$C$. $(-2,1)$
$iv$. $S$$D$. $(-6,0)$
$E$. $(-6,-3)$
$F$. $(-6,3)$

The points $(0, -1), (2, 1), (0, 3),$ and $(-2, 1)$ are the vertices of which figure?

The points $A(2a, 4a)$,$B(2a, 6a)$,and $C(2a + \sqrt{3}a, 5a)$,where $a > 0$,are the vertices of:

If the vertices of a triangle have integer coordinates,then what type of triangle can it never be?

If $ABCD$ is a quadrilateral,and the midpoints of consecutive sides $AB, BC, CD$,and $DA$ are joined by straight lines to form a quadrilateral $PQRS$,then $PQRS$ is always:

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