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14 Cards in this Set
- Front
- Back
- 3rd side (hint)
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A formula for computing the distance between two points in a coordinate plane.
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Distance Formula
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Page 19
AB = |
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Two coplanar lines that do not intersect
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parallel lines
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Page 129
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two geometric figures that have exactly the same size and shape
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congruent figures
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Page 202
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The correspondence that exists between sides of two congruent geometric figures
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corresponding sides
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Page 202
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The correspondence that exists between angles of two congruent geometric figures
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corresponding angles
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Page 202
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The new figure that is produced when a figure in a plane is reflected, rotated, or translated
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image
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Page 396
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The original figure that can be reflected, rotated, or translated within a plane
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preimage
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Page 396
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The operation that maps or moves a preimage onto the image
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transformation
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Page 396
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The type of transformation that uses a line that acts like a mirror, with an image reflected in the line
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reflection
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Page 404
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The transformation in which a figure is turned about a fixed point
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rotation
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Page 412
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The type of transformation that maps every two points P and Q to points P' and Q' so that PP' = QQ' and PP' is parallel to QQ' or PP' and QQ' are collinear
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translation
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Page 421
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A quantity that has both direction and magnitude, or size, and is represented by an arrow drawn between two points
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vector
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Page 423
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The type of transformation produced by performing a translation followed by a reflection
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glide reflection
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Page 430
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A pattern that extends to the left and right in such a way that the pattern can be mapped onto itself by a horizontal translation or by other transformations
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frieze pattern
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Page 437
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