You can draw a triangle on the complex plane, but all of the distances (side lengths) are considered 'real' distances {just like the magnitudes of individual complex numbers}. So I believe the answer is No.
square root of -96, which is imaginary. No such triangle is possible in this universe.
An obtuse triangle measures 162 degrees.
The sume of the measures of the three nagles of an acute triangle (or any triangle) is 180 degrees.
The equilateral triangle.
The basis of symmetry is that everything on one side of an imaginary line is the same as the other. This means that if you split a triangle down the middle by an imaginary line, one side of the triangle on both halves will be the same. This defines an isosceles triangle. An equilateral triangle also has line symmetry.
square root of -96, which is imaginary. No such triangle is possible in this universe.
The Bermuda Triangle is an imaginary triangle.
This is impossible. A leg cannot be greater than the hypotenuse. (Unless the triangle is part imaginary)
An obtuse triangle measures 162 degrees.
An obtuse triangle.
Any triangle with a 90 degree angle is classified as a right triangle.
The sume of the measures of the three nagles of an acute triangle (or any triangle) is 180 degrees.
Obtuse triangle
The equilateral triangle.
180
acute-angled triangle
It is an equilateral triangle