Its to say its the MEASURE of the angle, instead of the angle itself
The "m" in front of a triangle typically stands for "measure" and indicates the measure of the triangle's angles or sides. For example, "m∠A" refers to the measure of angle A in the triangle. This notation is commonly used in geometry to express the size or extent of a geometric figure.
Means its complementary
The statement "m angle 1 + m angle 2 + m angle 3 = 180 degrees" is true if angles 1, 2, and 3 are the three interior angles of a triangle. In any triangle, the sum of the interior angles is always 180 degrees. If the angles are labeled as m angle 1, m angle 2, and m angle 3, then their measures must collectively equal 180 degrees regardless of their individual measures.
pi/2 - M radians
50 Degrees
The "m" in front of a triangle typically stands for "measure" and indicates the measure of the triangle's angles or sides. For example, "m∠A" refers to the measure of angle A in the triangle. This notation is commonly used in geometry to express the size or extent of a geometric figure.
Means its complementary
m
7
143
It depends on which angle is labelled M.
The statement "m angle 1 + m angle 2 + m angle 3 = 180 degrees" is true if angles 1, 2, and 3 are the three interior angles of a triangle. In any triangle, the sum of the interior angles is always 180 degrees. If the angles are labeled as m angle 1, m angle 2, and m angle 3, then their measures must collectively equal 180 degrees regardless of their individual measures.
Let's call the two angles angle 1 and angle 2. We are given that angle 1 and angle 4 form a linear angle and that angle 2 and angle 4 form a linear angle. Because linear angles measure 180 degrees, we arrive at: m<1 + m<4 = 180 m<2 + m<4 = 180. By subtracting the second equation from the first, we get: m<1 - m<2 = 0. And finally: m<1 = m<2. Thus, angle 1 is congruent to angle 2.
pi/2 - M radians
What is angle 3
blah
50 Degrees