The interior angles of any regular pentagon, no matter the size, are all obtuse.
A pentagon. It could look like a child's outline of a house.
The other two angles would be acute angles
The measure of an angle in an irregular pentagon can vary depending on the shape and size of the polygon. There is no fixed measure for an angle in an irregular pentagon; it can range from acute (less than 90 degrees) to obtuse (greater than 90 degrees) angles.
We have no idea what it means, or what it looks like, when two "angles intercept".
Depends on how you draw it. If you draw it like a house, 2. If you draw it so that it looks like The Pentagon (Building), 0.
sounds like a pentagon
No, a pentagon cannot have 2 obtuse angles, 2 right angles, and 1 acute angle. The sum of interior angles in a pentagon is always 540 degrees. If a pentagon has 2 obtuse angles (each measuring more than 90 degrees) and 2 right angles (each measuring 90 degrees), the total would already exceed 540 degrees, leaving no room for an acute angle.
A shape with 3 right angles and 2 obtuse angles is a pentagon. A pentagon is a five-sided polygon, and when three of its angles are right angles (90 degrees each) and two are obtuse angles (greater than 90 degrees each), it meets the criteria specified. This specific type of pentagon is known as a concave pentagon, as it has at least one interior angle greater than 180 degrees.
No, it is not possible to have a pentagon with 2 obtuse angles and 3 acute angles. In a pentagon, the sum of all interior angles is always 540 degrees. If there are 2 obtuse angles (each greater than 90 degrees), the sum of these two angles alone would be more than 180 degrees, leaving insufficient room for the other three angles to be acute (less than 90 degrees).
A pentagon. It could look like a child's outline of a house.
Because it has five angles it is a irregular pentagon.
The other two angles would be acute angles
Yes. It is impossible for a regular pentagon to have two right angles, but quite possible with an irregular pentagon in which the angles are not all equal. The resulting shape looks like how a child would draw a house.
They make a pair of acute angles and a pair of obtuse angles. In rotational order, the angles are acute, obtuse, acute, obtuse.
No, not if it is a randomly-drawn 8-vertex shape. Octagons only have all- obtuse angles if it is a regular octagon, like the shape of a stop sign.
Oh, dude, obtuse angles are like those chill angles that are greater than 90 degrees but less than 180 degrees. So, shapes like obtuse triangles, obtuse trapezoids, and obtuse pentagons totally rock those angles. Just imagine them lounging around, being all nonchalant and stuff.
The more sides you add to a figure, the more obtuse angles it has, assuming all of the polygons are perfect (all angle measures =, all side lengths =). An equilateral triangle has 0 (all acute), a square has 0 (all right), a pentagon has 5 (all obtuse), a hexagon has 6, a heptagon has 7, and so on. So really, it's a polygon with an infinite number of sides, which would look like a circle.