Two lines are this if they lie in the same plane and do not intersect.
Parallel Lines
Using Figure 1, lines AB and CD appear to be _____________.
Parallel Lines
Name an angle vertical to angle 6.
Angle 8
In Figure 3, two parallel lines are intersected by a transversal. Name the Theorem that shows, angle 4 is congruent to angle 6.
Alternate Interior Angles Theorem
Is the transformation in Figure 4, a translation?
Yes
Two lines that intersect to form right angles are called this.
Perpendicular Lines
Using Figure 1, lines EF and CB appear to be _____________.
Skew Lines
Name a pair of Alternate Interior Angles.
Angles 4 & 6
Angles 3 & 5
In Figure 3, two parallel lines are intersected by a transversal. Using the Same-Side Interior Angles Theorem, angles 3 & 6 are this.
Supplementary
Using Figure 4, describe the translation using words.
6 right, and 4 down
Construction
Using Figure 1, lines AE and HE appear to be _____________.
Perpendicular Lines
Angle 1 and angle 7 are called this.
Alternate exterior angles
Using Figure 3, where two parallel lines are intersected by a transversal, using the Corresponding Angles Postulate, what angle is congruent to angle 7?
Angle 3
Using figure 5, is the transformation a translation?
No
Two angles are this if they lie outside two lines on opposite sides of a transversal.
Alternate Exterior Angles
Using Figure 1, name a pair of parallel lines.
Answers vary.
Name a pair of same-side interior angles.
Angles 4 & 5
Angles 3 & 6
In Figure 3, two parallel lines are intersected by a transversal. Name the Theorem that shows that angle 2 is congruent to angle 8.
The Alternate Exterior Angles Theorem
Using Figure 5, name the type of transformation.
Reflection
This is an operation that maps, or moves, a figure onto an image.
Transformation
Using Figure 1, name a line perpendicular to line FB.
Line FG or Line BC
Angles 1 & 5 are these kinds of anges.
Corresponding Angles
In Figure 3, two parallel lines are intersected by a transversal. Name all angles congruent to angle 4.
Angles 2, 6 & 8
Using Figure 4, describe the translation in coordinate notation.
(x+6, y-4)