There can be 0 to 5 right angles, or 1 to 6 obtuse angles in a hexagon.
60 degree angles. 360 degrees (a full revolution) divided by 6=60 degrees. Also, they are all obtuse angles.
Yes, but only 2 of them whereas the other two angles are acute and obtuse.
They make a pair of acute angles and a pair of obtuse angles. In rotational order, the angles are acute, obtuse, acute, obtuse.
If they have the same angles.
I assume you're talking about the angles that make up the letters. In which case - yes, you're right. If you're not sure where they all are... The five right angles are formed on the letters L & E, the acute angles are formed on the V's and the triangle of the A and the obtuse angles are formed by the 'legs' of the A. There are more angles involved but those you mention are present.
If 1 or 2 of the obtuse angles are 'bent into' the hexagon then you can do it.A hexagon has 720° sum of interior angles. If you have 2 right angles, then that's 180°, leaving 540° to be distributed over four angles. If the two acute angles are 89°, then that leaves 362° to be divided between two angles, so at least one of these two angles will need to be greater than 180°. Below is my text graphics attempt of one possibility (ignore the 'dot'). Note that both of the obtuse angles are greater than 180°:|\_/||__.|Look at the related link to play with different angle possibilities for polygons.
60 degree angles. 360 degrees (a full revolution) divided by 6=60 degrees. Also, they are all obtuse angles.
Yes, but only 2 of them whereas the other two angles are acute and obtuse.
They make a pair of acute angles and a pair of obtuse angles. In rotational order, the angles are acute, obtuse, acute, obtuse.
If they have the same angles.
you cannot make a regular shape which has 3 right angles only, you will always end up with 4 right angles
I assume you're talking about the angles that make up the letters. In which case - yes, you're right. If you're not sure where they all are... The five right angles are formed on the letters L & E, the acute angles are formed on the V's and the triangle of the A and the obtuse angles are formed by the 'legs' of the A. There are more angles involved but those you mention are present.
They make a pair of acute angles and a pair of obtuse angles. In rotational order, the angles are acute, obtuse, acute, obtuse.
No because if you were to take 2 right angles you would make a square. You just have to flip one!
Not sure exactly what you mean.Supplementary angles are such that they sum to 180oObtuse angles are greater than 90o and less than 180o→ the sum of two obtuse angles is greater than 90o + 90o, ie is greater than 180oSo two obtuse angles can never be supplementary.For two angles to be supplementary they must be either:both right angles (90o each); orone acute (less than 90o) and one obtuse (greater than 90o and less than 180o).
A pentagon. It could look like a child's outline of a house.
No, they are not always obtuse, because a scalene triangle can also sometimes be an obtuse triangle (meaning that one interior angle is obtuse), making one exterior angle acute. Scalene triangles also can be a right triangles (meaning that one interior angle is a right angle), which would make an exterior angle a right angle. Then also they can be acute triangles, in this case all 3 exterior angles are obtuse.