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by BlastRoom
Proving what a quadrilateral is from its coordinates alone.
#geometry
40 questions
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Quadrilateral ABCD is graphed with its vertices taken in order. All four sides measure 13 units, and both pairs of opposite sides are parallel. No angle is a right angle. What is the most specific classification?
The coordinate grid shows quadrilateral WXYZ, and its vertices are connected in order. What is the most specific classification?
R(3, 2), S(10, 26), T(35, 26), U(28, 2) are the vertices of quadrilateral RSTU, taken in order. All four sides measure 25 units, and both pairs of opposite sides are parallel. No angle is a right angle. What is the most specific classification?
J(-4, 1), K(-1, 2), L(-2, 5), M(-5, 4) are the vertices of quadrilateral JKLM, taken in order. What is the most specific classification?
P(0, 0), Q(3, 1), R(2, 4), S(-1, 3) are the vertices of quadrilateral PQRS, taken in order. What is the most specific classification?
The graph displays quadrilateral EFGH, and the vertices are labeled. What is the most specific classification?
Quadrilateral RSTU is drawn on the coordinate grid, and its vertices are labeled. What is the most specific classification?
The coordinate plane shows quadrilateral RSTU, and the vertices are connected in order. What is the most specific classification?
On the coordinate grid, quadrilateral PQRS is graphed, and its vertices are labeled. What is the most specific classification?
For quadrilateral ABCD, AB = BC = CD = DA = 10 units, and the slope of AB does not equal the slope of BC. Which conclusion does this evidence prove?
The grid presents quadrilateral RSTU, and each vertex is labeled. What is the most specific classification?
Quadrilateral MNPQ is shown on the coordinate grid, and the labels identify its vertices. What is the most specific classification?
Quadrilateral EFGH is graphed with its vertices taken in order. What is the most specific classification?
Quadrilateral PQRS is graphed with its vertices taken in order. Its two diagonals have the same midpoint and the same length, and its adjacent sides are not congruent. What is the most specific classification?
The coordinate grid includes quadrilateral ABCD, and the vertices are labeled in order. What is the most specific classification?
D(0, 0), E(8, 15), F(25, 15), G(17, 0) are the vertices of quadrilateral DEFG, taken in order. All four sides measure 17 units, and both pairs of opposite sides are parallel. No angle is a right angle. What is the most specific classification?
Quadrilateral WXYZ is drawn on the grid, and its vertices are labeled. What is the most specific classification?
For quadrilateral ABCD, the midpoint of diagonal AC equals the midpoint of diagonal BD. Which conclusion does this evidence prove?
The coordinate plane displays quadrilateral MNPQ, and each vertex is marked with its label. What is the most specific classification?
Quadrilateral RSTU is graphed with its vertices taken in order. Its two diagonals have the same midpoint and the same length, and its adjacent sides are not congruent. What is the most specific classification?
The grid shows quadrilateral EFGH, and the vertex labels are visible. What is the most specific classification?
Quadrilateral RSTU is graphed with its vertices taken in order. What is the most specific classification?
On the coordinate plane, quadrilateral WXYZ is graphed, and its vertices are labeled. What is the most specific classification?
The coordinate grid shows quadrilateral EFGH, and its vertices are marked. What is the most specific classification?
Quadrilateral JKLM is graphed with its vertices taken in order. Its two diagonals have the same midpoint and the same length, and its adjacent sides are not congruent. What is the most specific classification?
Quadrilateral EFGH is plotted on the coordinate grid, and the vertices are labeled. What is the most specific classification?
M(2, -3), N(4, -2), P(3, 0), Q(1, -1) are the vertices of quadrilateral MNPQ, taken in order. What is the most specific classification?
For quadrilateral ABCD, the slope of AB equals the slope of DC, and the slope of AD does not equal the slope of BC. Which conclusion does this evidence prove?
For quadrilateral ABCD, AC = BD and the midpoint of AC equals the midpoint of BD. Which conclusion does this evidence prove?
For quadrilateral ABCD, the slope of AB is 2/3 and the slope of BC is -3/2. Which conclusion does this evidence prove?
J(2, -3), K(8, -3), L(8, 3), M(2, 3) are the vertices of quadrilateral JKLM, taken in order. What is the most specific classification?
The coordinate grid shows quadrilateral PQRS, and its vertices are labeled. What is the most specific classification?
The coordinate plane shows quadrilateral ABCD, and each vertex is labeled. What is the most specific classification?
Quadrilateral EFGH is shown on the coordinate grid, and the labels mark its vertices. What is the most specific classification?
Quadrilateral JKLM is graphed with its vertices taken in order. All four sides measure 10 units, and both pairs of opposite sides are parallel. No angle is a right angle. What is the most specific classification?
P(3, 2), Q(12, 14), R(27, 14), S(18, 2) are the vertices of quadrilateral PQRS, taken in order. All four sides measure 15 units, and both pairs of opposite sides are parallel. No angle is a right angle. What is the most specific classification?
Quadrilateral EFGH is graphed with its vertices taken in order. What is the most specific classification?
Quadrilateral EFGH is graphed with its vertices taken in order. What is the most specific classification?
For quadrilateral ABCD, the slope of AB is 1/4, the slope of CD is 1/4, the slope of BC is 4 and the slope of AD is 4. Which conclusion does this evidence prove?
The grid displays quadrilateral DEFG, and the vertices are connected in order. What is the most specific classification?
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Race through questions at your own speed.
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Pick a tile, answer, hit bonuses and steals.
Similar Polygons and Scale Factor
40 questions
