No, because by definition, vertical angles are not adjacent angles. Hope this helps
No vertical angles are across from each other & adjacent angles are beside but opposite from each other.
Two angles are considered vertical angles when their sides form two pairs of opposite rays, typically created by the intersection of two lines. While vertical angles themselves are not adjacent, they can appear adjacent when they share a common ray or vertex in certain configurations, particularly in cases where additional lines or angles are involved. However, in the strict sense, vertical angles are always opposite each other and not adjacent. The confusion arises from specific geometric arrangements where other angles may be present.
how the heck im i suppose 2 no
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No.
No they are not because adjacent angles are on the same side while vertical angles are on the opposite therefore vertical angles are non adjacent.
Not necessarily.
No vertical angles are across from each other & adjacent angles are beside but opposite from each other.
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how the heck im i suppose 2 no
No.
Yes they can.
Complimentary angles
Vertical angles are equal in measure and are formed when two lines intersect. Complementary angles, on the other hand, add up to a total of 90 degrees. They are not directly related, but if two lines intersect and form vertical angles, then the angles adjacent to the vertical angles will be complementary.
Only if the angles formed are right angles otherwise they form vertical opposite equal angles
Well, they're called vertically adjacent angles. They have the property that they are supplementary, because the non-adjacent sides form a straight line.
The angles that share a vertex and a side of a transversal but no interior points are called vertical angles. Vertical angles are formed when two lines intersect, and they are always congruent.