A dodecahedron is a three-dimensional shape with 12 pentagonal faces. The measure of each exterior angle of a regular pentagon, which forms the faces of a dodecahedron, is 36 degrees. Since a dodecahedron consists of these pentagonal faces, the concept of "exterior angle" typically refers to the angles formed outside the polygonal faces. However, in a more general context, the exterior angles associated with the vertices of the dodecahedron can be calculated using geometric principles but are not typically defined in the same way as angles in polygons.
a number hehe
It is: 180-interior angle = exterior angle
150 degrees
1
180 - interior angle = exterior angle
a number hehe
Exterior angle+interior angle=180 degrees and 180-exterior angle=interior angle
It is: 180-interior angle = exterior angle
It is: 180-interior angle = exterior angle
the hypotenuse is the exterior angle
When any side of triangle is extended outwards then exterior angle is formed. Sum of this exterior angle and adjacent interior angle = 180o. If exterior angle = 180o(straight angle) then interior adjacent angle is 0o which is not possible. So exterior angle can't be straight angle.
180 minus interior angle = exterior angle
It is: 180-interior angle = exterior angle
180 minus interior angle = exterior angle
180 - interior angle = exterior angle
180-interior angle = exterior angle
180-interior angle = exterior angle If it's a regular polygon then: 360/number of sides = exterior angle