If points m, n, o, and p are arranged such that three of them lie on a straight line, there are two possible scenarios: either three points (e.g., m, n, o) are collinear and the fourth point (p) is not, or all four points are collinear. In the first case, there is one line formed by the three collinear points, and the fourth point can form additional lines with any two of the other three points. Therefore, if only three are collinear, there are multiple lines; if all four are collinear, there is just one line.
A plane can be determined by three points, as long as the three points do not lie along a single line.
only one line
It is divided into three regions.
Three noncollinear points A, B, and C determine exactly three lines. Each pair of points can be connected to form a line: line AB between points A and B, line AC between points A and C, and line BC between points B and C. Thus, the total number of lines determined by points A, B, and C is three.
A plane can be determined by three points that are not on the same line. These three non-collinear points define a unique flat surface in three-dimensional space. Any additional points in the same plane will also lie on that surface, but the three points are sufficient to establish the plane's existence.
The three points on a line form ONE line; the fourth point forms THREE additional lines, one with each of the first three points. So, four in total.
Two.
In Newtonian three dimensional space, two points can create a line, three to "define" it. In Einsteins "time-space", a minimum of four points are required.
A plane can be determined by three points, as long as the three points do not lie along a single line.
only one line
It is divided into three regions.
Four,4,quatro.apatno, a tetractys has 10 points!it is a triangular figure consisting of ten points arranged in four rows: one, two, three, and four.
one
2
Only one.
6 different ways
In basketball, a field goal (a shot made from outside the three-point line) is worth three points.