A line has infinite length, no width, no thickness, and no endpoints.
Time has no length, width or thickness.
The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.
Length
Yes, if the three points are infinite.
A line has infinite length, no width, no thickness, and no endpoints.
This would be a line, which has no width, no thickness and no endpoints, but has infinite length.
thought
It's a 'line'.
A plane
A line fits this description.
It is the parallel lines in Geometry!
No that would be a line
This is another definition of a line. It has only one dimension: infinite length.
Length IS a dimension (in space). It has no thickness.
A line does have infinite length because it exists on an infinite plane. The only time it does not have infinite length is when it is a line segment.
The capacity of any book is infinite. If it can get a mind thinking, there is no limit to where that mind can go.If you are referring to the more mundane definition - of volume, then the answer is length x width x thickness in appropriate cubic units.The capacity of any book is infinite. If it can get a mind thinking, there is no limit to where that mind can go.If you are referring to the more mundane definition - of volume, then the answer is length x width x thickness in appropriate cubic units.The capacity of any book is infinite. If it can get a mind thinking, there is no limit to where that mind can go.If you are referring to the more mundane definition - of volume, then the answer is length x width x thickness in appropriate cubic units.The capacity of any book is infinite. If it can get a mind thinking, there is no limit to where that mind can go.If you are referring to the more mundane definition - of volume, then the answer is length x width x thickness in appropriate cubic units.