no
The answer depends on how many points there are and how many triplets are non-collinear.
Any number greater or equal to three. You can fit three triangles by joining any vertex to the two opposite vertices. After that, any one triangle can be divided into two by joining any of its vertex to any point on the opposite side.
Any and every triangle has three sides and three angles; that is the defintion. The type of triangle cannot be determined without more information.
Any isosceles triangle which is not also an equilateral triangle. An equilateral triangle would have three.
It is the shape formed by three non-collinear points on the surface of a sphere which are joined together by straight lines in which two of the sides are of the same length. An example might be a triangle from the earth's North pole to two points on the same latitude - specially the equator.
Any three points anywhere in space can be the vertices of a triangle, as long as all three are not colinear.
Of course. The vertices of a triangle, and any three vertices of any other polygon, are non-collinear. In the case of a triangle and a quadrilateral, if you had three collinear vertices, then you couldn't have the polygon.
three
A vertex is where two lines of the shape meet. For example, the three points on a triangle are called vertices.
No, it is not true. Just think of the three vertices of a triangle.
They are the points where pairs of sides come together, just as they are in any triangle.
A triangle is usually referred to with a name consisting of the labels of its three vertices. If that's the system implied in this question, then the three vertices of the subject isosceles triangle are the points 'j', 'k', and 'l', and 'kl' is the line between the points 'k' and 'l', i.e. one side of the triangle. We don't know any more than this, like whether or not the side 'kl' is one of the two equal sides.
A vertex is a corner of a triangle and its plural is vertices
False. Three collinear points determine a line while three non-collinear points determine a plane ( A Triangle)
Four, as in a tetrahedron. Any three points lie in a plane, so if you only had three vertices they couldn't make a three-dimensional object.
3. Vertex (singular of Vertices) is the POINT of the sides (ray, segment, line) come together. For any triangle it always has 3 angles, and thus 3 points, which means 3 vertices. A right triangle is still an triangle, only that one of the 3 angles being 90 degree.
The answer depends on how many points there are and how many triplets are non-collinear.