A square is a special case of rhombus, where all angles are equal to 90°. So if it's not a square, then the rhombus will have 2 acute angles and 2 obtuse angles.
No. Just 4 right-angles
It has 2 opposite equal obtuse angles and 2 opposite equal acute angles whereas a square has 4 equal angles of 90 degrees
No. A square is a polygon with four congruent sides and all angles measuring 90 degrees.
Yes, a quadrilateral can have 2 obtuse angles.
Yes, (with 1 exception) all rhombi will have 2 congruent acute angles, and 2 congruent obtuse angles. The 1 exception is if the rhombus is a square, then all angles will be right angles.
A square is a special case of rhombus, where all angles are equal to 90°. So if it's not a square, then the rhombus will have 2 acute angles and 2 obtuse angles.
No because if you were to take 2 right angles you would make a square. You just have to flip one!
well a trapezoid is a square (has four sides) in all different angles: there are 2 obtuse angles and 2 acute angles Hope it helps
No. Just 4 right-angles
It has 2 opposite equal obtuse angles and 2 opposite equal acute angles whereas a square has 4 equal angles of 90 degrees
yes, except for the special case rhombus which is a square. A square has 4 right angles.
A square has 4 interior right angles whereas a rhombus has 2 equal acute angles and 2 equal obtuse angles
none
No. A square is a polygon with four congruent sides and all angles measuring 90 degrees.
Parallelogram
Squares have only four right angles. Also, all of their sides are the same length. So if a square had an obtuse or an acute angle, it really wouldn't be a square at all. - Girl_Pad01998