Here a diagram would be great and help visualize your question. My quick though is that unless the first two lines are parallel, they must intersect at some point. With this assumption (not parallel) a triangle is formed and the inner angles a, b and c would add up to 180 degrees.
Any angle that you like.
If the intersected lines are parallel then the angles are called equal alternate angles
A circle intersected by a pair of parallel lines.
Make the lines longer.
A right angle triangle.
Any angle that you like.
If the intersected lines are parallel then the angles are called equal alternate angles
A circle intersected by a pair of parallel lines.
Sides in any angle can't be parallel. Lines intersect to form an angle.
Make the lines longer.
Bob Marley dog named Philbert the purple pooping panda
A right angle triangle.
Providing that the lines are parallel that the transversal passes through then it will have two equal alternate angles that are on opposite sides of the transversal.
In geometry, an interior angle is an angle formed by two sides of a simple polygon that share an endpoint, namely, the angle of the inner side of the polygon.
64 sides = 64 angles From one angle you can draw (64 - 2) diagonals = 62. Lines from an angle to the immediately adjacent angles are sides, not diagonals.
By lines from 1 inner vertex to all its other vertices In general number of sides minus 2 = number of inner triangles as for example an octagon has 8 sides and so 8-2 = 6 inner triangles
More info needed. Are the 2 lines parallel, perpendicular, or? are the angles that you are interested in on opposite sides of the intersecting line or the same side. The intersecting line is called a transversal. If the original lines are parallel, angles between the 2 lines on opposite sides of the transversal are called alternate interior angles, etc.