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What is the measure of the vertex angle of an isosceles triangle if one of the angles measure 58?
If the 58°-angle is one of the base angles, then the vertex angle is 64°.If the 58°-angle is the vertex angle, then the vertex angle is 58°.
What is the measure of an exterior angle adjacent to the vertex angle?
It is: 180-vertex angle = exterior angle
What is the measure of the vertex angle of an isosceles triangle if the base angles measure 56 degrees?
If each base angle is 56°, then the vertex angle is 68°.If both base angles combined total 56°, then the vertex angle is 124°.
How do you measure solid angle?
A solid angle, measured from a vertex, is the ratio between the area subtended by the angle at the vertex and the the square of the distance to the vertex. The unit of measurement is the stradian.
What does an angle measure?
Two ray vertex
What point is used to align an instrument to measure an angle?
the vertex of the angle
What is the measure of the vertex angle of an isosceles triangle if the measure of one of it's base angles is 56?
If that '56' has units of 'degrees', then the vertex angle is 68 degrees.
Does the angle bisector of the vertex angle of an isosceles triangle divides the triangle into two congruent?
Only if the vertex angle being bisected is between the sides of equal length will the result be two congruent triangles.
The measure of an exterior angle at the vertex of a polygon equals the measure of the adjacent interior angle?
Very rarely.
What is the measure of the vertex angle of an isosceles triangle if one of its base angle measure 50?
80 degrees
The distance between two sides of the angle gets bigger as you go farther from the vertex so why is the angle measure the same no matter how far from the vertex you measure it?
Because the vertex is always in the same spot and its not the length of the line but the distance between the two lines that make the angle measure
Why cant i build a platonic solid where 6 equilateral triangles meet at each vertex?
You cannot build a platonic solid with six equilateral triangles meeting at each vertex because the angles of equilateral triangles do not allow for a closed three-dimensional shape at that vertex. Each angle of an equilateral triangle is 60 degrees, and six triangles would sum to 360 degrees, which does not leave room for a vertex in three-dimensional space. In contrast, the only platonic solids possible with equilateral triangles are the tetrahedron (3 triangles per vertex) and the octahedron (4 triangles per vertex).
