A mathemetical line segment does not exist physically for it only has length and no thickness
weight
a line or line-segment
None. A line is a 1-dimensional object and so has no thickness. An atom, no matter how small, has a finite thickness and so cannot be IN a line.
a line
In Math, a line does not have any thickness. It is a mathematical concept.Technically no, since its meant to be a one dimensional object (meaning that it can be technically described by one numerical value). But then, a one dimensional object has zero thickness, therefore it would be invisible due to it infinitely small thickness. So a line by definition has no thickness, but all true lines are invisible.
The ideal line is a concept. A line that is drawn cannot be a mathematically true line since it will have a thickness - no matter how small. Also, it cannot be infinitely long - no matter how large.
To calculate vertical thickness, you can use the formula: Vertical thickness = True thickness / cos(strike angle) To calculate true thickness, use the formula: True thickness = Vertical thickness * cos(strike angle)
A mathemetical line segment does not exist physically for it only has length and no thickness
There are typically three words in geometry that are undefined. The first is "point." A point has no dimension, length, width, or thickness. The second is "line." A line has no thickness and goes on indefinitely in both directions. The third undefined term is "plane." A plane has no thickness and has no boundaries.
In typesetting, the thickness of a line is called its weight and is measured in points.
A line or a plane.
pop
weight
A point has no length, width, or thickness. A line has infinite length but no width or thickness. A plane has infinite length and width but no thickness.
a line or line-segment
None. A line is a 1-dimensional object and so has no thickness. An atom, no matter how small, has a finite thickness and so cannot be IN a line.