yes.
The order of degrees when measuring angles is as follows: 0 degrees, 90 degrees, 180 degrees, 270 degrees, and 360 degrees.
630
Sum of interior angles = (p-2)*180 degrees Sum of exterior angles = 360 degrees You can go further than that only if the polygon is regular. In that case, all the interior angles are equal and each one is (p-2)*180/p degrees; and all the exterior angles are equal and each is 360/p degrees.
Angles only go up to 360 degrees unless it's 1 and 1/36 of a revolution
It's a Reflex Angle. Many would think that it is obtuse, but obtuse angles go from 91-179 degrees, not 181-360.
Any value in the range (0, 360) degrees except 180 degrees. The only requirement is that the sum of all the interior angles is 720 degrees.
Meridians are lines on a sphere (or other geometric solid) all of which go through the poles. Degrees are a unit of measurement of angles and temperature and concentration, and some other things. As a unit for measuring angles, meridians are measured in degrees. There are 360 degrees in a complete circle.
no because 360 degrees is a full circle
You cannot. The sum of all four interior angles is 360 degrees. If two are known and two unknown, then you can work out what the two unknown angles should sum to. But that is as far as you can go. There is no way to determine what either of them is.
There are 360 degrees in a full rotation around the Earth.
Well it could be complementary or supplementary because they don't have to share a vertex yet I think you mean something like the vertical angle. You can go research vertical angles. I'll give you a link for the vertical angles. http://www.mathsisfun.com/geometry/vertical-angles.html
This cannot be done as all angles in a triangle must add up to 180 degrees. A right angle is 90 degrees and so three right angles would equal 270 degrees meaning the lines could not meet up. This is also the same for making a triangle out of two right angles as the angles would add up to 180 degrees without the final line meaning it would have to go past 180 degrees