who gives a f*** im a dum dum lol i really dont know
A regular trapezoid (!) is a square. And each interior angle of a square is 90 degrees.
This is not a trapezoid. For all trapezoids (in plane Geometry), the two sets of side angles must be supplementary, or add to 180. No two angles given are supplementary.
A right trapezoid.
Yes but it can have 2 right angles and one 120 degree angle plus one 60 degree angle
They are 135 deg each.
The sum of the angles in a trapezoid is 360 degrees, therefore, the forth angle in this problem is: 360 - (60+120+80) = 100 degrees
A regular trapezoid (!) is a square. And each interior angle of a square is 90 degrees.
This is not a trapezoid. For all trapezoids (in plane Geometry), the two sets of side angles must be supplementary, or add to 180. No two angles given are supplementary.
Yes, that would be a square.
A right trapezoid.
Not normally but it can have 2 right angles
Yes but it can have 2 right angles and one 120 degree angle plus one 60 degree angle
It fits the description of a trapezoid
They are 135 deg each.
A rhombus, trapezoid or parallelogram could all contain a 45 degree vertex. Squares and rectangles only have 90 degree vertices.
Each angle in a square is a right angle, or a 90 degree angle.
In a trapezoid, congruent angles are typically found between the bases. Specifically, the angles adjacent to each base are supplementary; for example, the angle on one end of the trapezoid is congruent to the angle on the same side of the other base. However, in an isosceles trapezoid, the angles at each base are equal, making the trapezoid symmetrical. Overall, while trapezoids can have congruent angles, it primarily depends on the type of trapezoid being considered.