Non-examples of complementary angles are pairs of angles that do not add up to 90 degrees. For instance, two angles measuring 40 degrees and 50 degrees together total 90 degrees, making them complementary; however, angles measuring 30 degrees and 70 degrees, which total 100 degrees, are not complementary. Similarly, angles of 0 degrees and 100 degrees, or 45 degrees and 60 degrees, also do not meet the complementary criteria.
Because it is easier to use. If a right angle were to be 100 degrees when you compare it to 90, 90 has a lot more factors than 100. It's probably in the ancient days when people made it like that.
None All shapes would be 360 degrees not 380 look at a circle , square, octagon etc.
In Euclidean geometry, the sum of the internal angles of a triangle must equal 180 degrees. If a triangle had two angles of 100 degrees, their sum would be 200 degrees, which exceeds the required total. Therefore, it is impossible to construct a triangle with two angles measuring 100 degrees.
360 degrees
Non-examples of complementary angles are pairs of angles that do not add up to 90 degrees. For instance, two angles measuring 40 degrees and 50 degrees together total 90 degrees, making them complementary; however, angles measuring 30 degrees and 70 degrees, which total 100 degrees, are not complementary. Similarly, angles of 0 degrees and 100 degrees, or 45 degrees and 60 degrees, also do not meet the complementary criteria.
Because it is easier to use. If a right angle were to be 100 degrees when you compare it to 90, 90 has a lot more factors than 100. It's probably in the ancient days when people made it like that.
None All shapes would be 360 degrees not 380 look at a circle , square, octagon etc.
Oh, dude, those are angles, not shapes. But if you want to get technical, an 80-degree angle is an acute angle because it's less than 90 degrees, and a 100-degree angle is an obtuse angle because it's more than 90 degrees. So, like, they're both angles, not shapes.
In Euclidean geometry, the sum of the internal angles of a triangle must equal 180 degrees. If a triangle had two angles of 100 degrees, their sum would be 200 degrees, which exceeds the required total. Therefore, it is impossible to construct a triangle with two angles measuring 100 degrees.
Well, darling, that quadrilateral is a simple convex quadrilateral because all the interior angles add up to 360 degrees. It's also a quadrilateral with no parallel sides or right angles, so it's not a square, rectangle, parallelogram, or rhombus. Just a sassy little quadrilateral with angles of 110, 100, 80, and 70 degrees.
They are four angles which are equal. They could be 4 angles of a pentagon measuring 100 degrees, where the fifth measures 40 degrees.
Exterior angles add up to 360 degrees Interior angles add up to 17,640 degrees
360 degrees
Angles are measured in degrees. It is degress 100% sure.
The sum of the measures of the angles in any triangle in the plane is 180 degrees. If two angles are 15 and 85 then their sum is 100 degrees and 180-100=80 degrees
If A and B are the angles, then A + B = 180 and A - B = 20 So that 2A = 200 ie A = 100 and then B = 80 So the two angles are 100 and 80 degrees.