If the trapezoid is an isosceles trapezoid, with congruent legs, then the base angles are congruent. Otherwise, no.
Yes, an isosceles trapezoid has one pair of congruent opposite sides and congruent base angles
No but the base angles are congruent
There are two pairs of congruent base angles in an isosceles trapezoid.
The base angles are congruent in an isosceles trapezoid
Regular solids are solids where all of the angles and faces are congruent. A die or cube is an example of a regular solid, specifically a regular square prism. A regular triangular pyramid would be a pyramid with a triangular base where each of the three sides of the pyramid were identical to the triangle on the base.
If the trapezoid is an isosceles trapezoid, with congruent legs, then the base angles are congruent. Otherwise, no.
Yes. The lower base angles are congruent. The upper base angles are congruent.
The base angles of an isosceles triangle are congruent. The vertex angle of an isosceles triangle is not necessarily congruent to the base angles.
Yes, an isosceles trapezoid has one pair of congruent opposite sides and congruent base angles
To what?
No but the base angles are congruent
No. All corresponding sides and angles have to be congruent for the triangles to be congruent.
There are two pairs of congruent base angles in an isosceles trapezoid.
The base angles are congruent in an isosceles trapezoid
No.
No, there is no reason for a cone and a cylinder to have anything congruent.