3-2 Practice
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Last updated over 2 years ago
9 questions
Required
1
Select all of the angles of rotation that create symmetry for figure 1.
Select all of the angles of rotation that create symmetry for figure 1.
Required
1
Select all of the angles of rotation that create symmetry for figure 2.
Select all of the angles of rotation that create symmetry for figure 2.
Required
1
Select all of the angles of rotation that create symmetry for figure 3.
Select all of the angles of rotation that create symmetry for figure 3.
Required
1
A triangle has rotation symmetry that can take any of its vertices to any of its other vertices. Select all conclusions that we can reach from this.
A triangle has rotation symmetry that can take any of its vertices to any of its other vertices. Select all conclusions that we can reach from this.
Required
1
Select all the angles of rotation that produce symmetry for this flower.
Select all the angles of rotation that produce symmetry for this flower.
Required
1
Identify any lines of symmetry the figure has.
Identify any lines of symmetry the figure has.
Required
1
A triangle has a line of symmetry. Select all conclusions that must be true.
A triangle has a line of symmetry. Select all conclusions that must be true.
Required
1
Which transformation is not a rigid transformation?
Which transformation is not a rigid transformation?
Required
1
Match each directed line segment with the translation from Polygon P to Polygon Q by that directed line segment.
Match each directed line segment with the translation from Polygon P to Polygon Q by that directed line segment.
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Translation 3 | arrow_right_alt | d (directed line segment w) |
Translation 1 | arrow_right_alt | b (directed line segment a) |
Translation 2 | arrow_right_alt | c (directed line segment u) |
Translation 4 | arrow_right_alt | a (directed line segment v) |