Yes.
now you can see that two parallel lines are intersected by another two ll lines therefore we can prove congurent in two traingle by constructing a line in quadiletral formed therefore their angle are equal nd are prallel
A square has 3 sets of parallel sides of equal length AND all the angles are 90 degrees. A rhombus has 2 sets of parallel lines of equal length, but the angles aren't all 90 degrees.
A parallelogram has two sets of parallel sides. It can have four sides that are equal in length. That is why a square is also a parallelogram. You can have a parallelogram with two sets of parallel sides, all of which are equal in length, but they do not meet in right angles. It looks kind of like a lopsided or squished square, and it is called a rhombus.
Not necessarily. A parallelogram is a quadrilateral with 2 sets of 2 parallel sides. Only rectangles and squares have right angles as all four angles - a rectangle is a "special" parallelogram that has all four angles equal; a square is a "special" rectangle that has all four sides of equal length.
When a transversal line cuts through parallel lines various angles are created such as equal corresponding angles and equal alternate angles as well as other types of angles.
A transversal line cuts through parallel lines forming equal corresponding angles
corresponding angles are equal and alternate angles are equal
They are equal corresponding angles and equal alternate angles
When parallel lines are cut through by a transversal line the alternate angles are equal
It will create two equal corresponding angles and two equal alternate angles.
A transversal line that cuts through parallel lines creates equal corresponding angles and equal alternate angles
The angles formed are supplementary, equal corresponding and equal alternate angles
Corresponding angles are equal and are created when a transversal line cuts through parallel lines
When a transversal line cuts through parallel lines equal corresponding and equal alternate angles are formed
They are equal angles as are alternate angles on the transversal line that cuts through parallel lines
Yes