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What else can I help you with?
Through any three points there is exactly one plane cointaining them?
I think you mean: Are any three points contained in exactly one plane? only if they're not collinear... I think
Through any two points there is exactly?
one plane LINE
If four points are collinear they are also coplanar?
Yes, since any line can be contained in a plane.
Is there exactly one line through two points?
In plane geometry there is exactly one straight line through two points. There can be any number of curved lines.
Three what points determine a plane?
Any three points will determine a plane, provided they are not collinear. If you pick any two points, you can draw a line to connect them. An infinite number of planes can be drawn that include the line. But if you pick a third point that does not lie on the line. There will be exactly one plane that will contain the line and that point you added last. Only oneplane can contain the line, which was determined by the first two points, and the last point.
Through any three points there is exactly one plane cointaining them?
I think you mean: Are any three points contained in exactly one plane? only if they're not collinear... I think
Is it true that any three points are contained in exactly one plane?
Yes, if you are talking about Euclidean geometry.
Are three non collinear point contained in exactly one plane?
Yes, three non-collinear points are contained in exactly one plane. By definition, non-collinear points do not all lie on the same straight line, which allows them to define a unique plane. In geometry, any three points that are not collinear will always determine a single plane in which they lie.
Could any two point be contained in exactly one plane?
Yes.No. Any two planes will be contained in infinitely many planes, not "exactly one".
If points P and Q are contained in a plane the PQ is entirely contained in that plane?
Yes, if points P and Q are contained in a plane, then the line segment connecting P and Q, denoted as PQ, is also entirely contained in that plane. This is a fundamental property of planes in Euclidean geometry, where any line segment formed by two points within the same plane must lie entirely within that plane. Therefore, the assertion is correct.
Through any three points there exists exactly one plane?
Collinear points
If Point F and G are contained in a plane then Avenue G is entirely contained in that plane true false?
True. If points F and G are contained in a plane, then any line, segment, or avenue defined by those points must also lie entirely within that plane. A plane is defined as a flat, two-dimensional surface extending infinitely in all directions, and any geometric entities formed by points in that plane will also reside within it.
Do planes contain exactly three points?
No. The tiniest piece of a plane contains an infinite number of points. But if you give us just three points, then we know exactly what plane you're talking about, and it can't be any other plane.
Through any two points there is exactly?
one plane LINE
Are three noncollinear points always contained in only one plane?
Yes a plane can always be drawn three any three points, whether they are linear or not.
If four points are collinear they are also coplanar?
Yes, since any line can be contained in a plane.
How many non-collinear points are there in one plane?
There are an infinite number of any kind of points in any plane. But once you have three ( 3 ) non-collinear points, you know exactly which plane they're in, because there's no other plane that contains the same three non-collinear points.
