Vertical angles occur when 2 angles are directly across from each other and are congruent.
yes!
totaly
No, they cannot.
I think you mean vertical angles. Vertical angles are formed by two intersecting lines that make what looks like an X. Vertical angles are the two angles that are across from each other, either the top and bottom 2 angles or the left and right 2 angles. Vertical angles are also always congruent!
In a Linear Pair the 2 angles add up to 180 degrees while Vertical Angles are just 2 vertical angles that are congruent.
vertical angles theorem
no
Vertical angles occur when 2 angles are directly across from each other and are congruent.
yes!
totaly
No, they cannot.
No. A linear pair is formed by a line (hence linear) with one point on the line having a ray which does not match either part of the line. This forms a linear pair, 2 angles with the ray as a common side, so they do 'touch.'
1. Where the angles in a linear pair are supplementry, and if parallel lines are cut by a transversal, then the interior angles are congruent, and if two lines are cut by a transversal so that a pair of alternate interior angles are congruent, then the two lines are parallel. That's what makes up a linear pair postulate anyway. 2. If two adjacent angle's unshared sides form a straight angle, then they are a linear pair. 3.If two angles form a linear pair,then they are supplementary.
supplementary can sure be a linear pair. As long as their is 2 different angles and they equal 180 degrees.
The math name for this is vertical angles.
Say angle 1 is 40 which means that if angle 3 is congruent then angle 3 is also 40 by definition of vertical angles. That would make angle 2 equal to 140 by definition of a linear pair and so angle 4 is congruent by vertical angles.