1
There are 91 lines.
Only one line can be drawn through eight points.
Through any two distinct points, exactly one straight line can be drawn. If you have more than two points, the number of lines that can be drawn depends on how many of those points are distinct and not collinear. For ( n ) distinct points, the maximum number of lines that can be formed is given by the combination formula ( \binom{n}{2} ), which represents the number of ways to choose 2 points from ( n ). If some points are collinear, the number of unique lines will be less.
If you're talking about straight lines (not curves) the answer is one.
Between 2 distinct points, there are an infinite number of planes that can be drawn in 3 dimensions
There are 91 lines.
Only one line can be drawn through eight points.
15 lines.
3 lines and one plane
One.
In Euclidian or plane geometry, there can be only one line through two fixed points. Lines cannot actually be drawn; if you see it it is not a geometric line. If the points are on a curved surface as in a geometry that is non-Euclidian, then there can be infinitely many lines connecting two points.
1 straight line. An infinite number of curved lines.
If you're talking about straight lines (not curves) the answer is one.
Between 2 distinct points, there are an infinite number of planes that can be drawn in 3 dimensions
A line consists of infinitely many points which all satisfy some condition. In that respect, one point or even a trillion points do not make a line. There are infinitely many lines that can be drawn through one point.
There are three lines.
5 x 5 equels 10