If 2 points determine a line, then a line contains infinitely many planes.
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Between 2 distinct points, there are an infinite number of planes that can be drawn in 3 dimensions
Any 3 geometric points, as long as they are all in different locations and not superimposed on each other, will define a plane. In other words, there is only one plane that can pass through 3 distinct points. If you had only two points, it would define a line, but not a plane. A plane can include 2 points but if there are only 2 that are specified, the plane can rotate around those 2 points, generating infinitely many planes.
a line has to have at least 2 points.a plane has to have at least 3 points.______________It takes two points to define a unique line in Euclidean space. But every line and every line segment contains infinitely many points. The same is true for planes in Euclidean space. You need at least 3 points to define a unique plane, but every plane containes infinitely many points and infinitely many lines or line segments.
If 2 points determine a line, then a line contains infinitely many planes.
YES. The intersection of two planes always makes a line. A line is at least two points.
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I have a feeling that I'm wrong but i guess that 2 planes can pass through 2 points
Between 2 distinct points, there are an infinite number of planes that can be drawn in 3 dimensions
2...Beginning and end
They need not intersect at all, but if they do, it will be along a straight line and so comprise infinitely many points.
Answer: the name of a line confers to only 2 points and the intersection of two planes is a line. (updated)
2 planes. 1 each tower.
plot the points (2,-2),(3,4),(-1,2),and (-2,-4) on the coodinate plane. connect the points, in order, to form a polygon. what kind of polygon is formed? be as specific as possible.
Many planes were painted as camouflage.
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