No because the 3 interior angles of any triangle add up to 180 degrees.
It is possible if neither of the angles in the triangle measures to 60 degrees
Not always, but it is possible. An obtuse triangle has 1 angle which measures greater than 90 degrees. A scalene triangle has all different lengths in size. It is possible for a triangle to have different angles, with one above 90 degrees, and have all different side lengths.
Any triangle with a 90 degree angle is classified as a right triangle.
Obtuse triangle
The 3 interior angles of an equilateral triangle each measures 60 degrees
It is an obtuse triangle
It is possible if neither of the angles in the triangle measures to 60 degrees
The 3rd angle is 80 degrees
A triangle with angle measures A, B, and C is possible if the sum of the angles equals 180 degrees, and each angle is greater than 0 degrees. If this condition is met, then the triangle can exist. Otherwise, if the sum is not 180 degrees or any angle is zero or negative, the triangle is not possible.
A triangle's angles always total 180 degrees
No because the 3 interior angles of a triangle must add up to 180 degrees
No because the 3 angles of a triangle must add up to 180 degrees no less and no more
Not always, but it is possible. An obtuse triangle has 1 angle which measures greater than 90 degrees. A scalene triangle has all different lengths in size. It is possible for a triangle to have different angles, with one above 90 degrees, and have all different side lengths.
'a' and 'b' must both be acute, complementary angles.
An obtuse triangle measures 162 degrees.
Doesn't it depend on what type of triangle it is? And which sides you are measuring? And which side it's laying on?
Assuming that you mean 34, 45, and 100, no. The angles of a triangle need to add up to 180. You could have a triangle with angles of 35, 45, and 100.