The suboccipital triangle is bordered by the Oliquus Capitis Superior and Inferior muscles and well as the Rectus Capitis Major muscle.
The structures within the triangle are the vertebral artery and the suboccipital nerve.
sartorius, adductor longus and the inguinal ligament
Any three angles that sum to 180 can form a triangle.
Three equal sides in the form of an equilateral triangle and two equal sides in the form of an isosceles triangle
Two lines can't do that. It takes three lines to form a triangle.
If three vectors form a triangle , their vector sum is zero.
The borders of the suboccipital triangle are as follows:* inferior border = Obliquus Capitis Inferior * medial border = Rectus Capitis Major * lateralborder = Obliquus Capitis Superior
sartorius, adductor longus and the inguinal ligament
Any three angles that sum to 180 can form a triangle.
Three equal sides in the form of an equilateral triangle and two equal sides in the form of an isosceles triangle
Two lines can't do that. It takes three lines to form a triangle.
No. In order for three angles to form a triangle, they must collectively add up to 180 degrees (or pi radians).
If three vectors form a triangle , their vector sum is zero.
If at least two of the three lines are parallel, the three lines will not form a triangle.
seriously?
any three that connect
The vertices of a triangle are the endpoints. In other words, when the sides of the triangle intersect, they form a vertex of a triangle. A triangle has a total of three vertices.
Three of them in the form of a triangle.