No. If the points are all in a straight line, then they could lie along the line of intersection of both planes. Mark three points on a piece of paper, in a straight line, and then fold the paper along that line so that the paper makes two intersecting planes. The three points on on each plane, but the plants are not the same.
Infinitely many.
It could be a straight line in 4-dimensional space.
Without wishing to overcomplicate matters, one could simply define a straight line as: "the shortest distance between two given points".
two planes intersect in one line, or the planes could be parallel. by the way there is no such thing as skew planes...
I have a feeling that I'm wrong but i guess that 2 planes can pass through 2 points
No. If the points are all in a straight line, then they could lie along the line of intersection of both planes. Mark three points on a piece of paper, in a straight line, and then fold the paper along that line so that the paper makes two intersecting planes. The three points on on each plane, but the plants are not the same.
A straight line, and nothing else.
A set of points forming a straight line.
Infinitely many.
You had us baffled at "straight curve" . Could you mean if you start at the north pole, walk in a straight line, you will eventually get back to the north pole and round in a circle. Hence a straight line but no end points.
They could be the coordinates of a straight line equation
A straight line which best describes the data on a scatter plot is called a "line of best fit". The line could pass through some of the points, all of them, or none of them.
It could be a straight line in 4-dimensional space.
A three-dimentional shape at all points equidistant from a straight line.
It could
Without wishing to overcomplicate matters, one could simply define a straight line as: "the shortest distance between two given points".