A line is basically a combination of two joined rays pointing in opposite directions. A line has no endpoints and a line segment has two.
<--------------> line
---------------> or <------------ ray
.________. line segment (It's supposed to be a line with dots at the end to signify endpoint)
A point
as many as there are ways to place points on a line segment
No line can ever contain every reserved word. For one thing, preprocessor directives and labels must appear on separate lines. Excluding these, any code segment can be written as a single line, which could feasibly include all keywords. However if you classify a line as being a code segment ending with a semi-colon, there can be no single line with all keywords because continue and break are mutually exclusive.
No. If you refer to the Temperature/ specific entropy (T - s) diagram for steam, the line segment to the right of the critical point (the point of zero gradient) of the curve is called the dry saturated line and the left segment is the satuated vapour line. As self-explanatory as it sounds, dry saturated steam is on the dry saturated line depending on the given temperature or pressure. The quality (dryness fraction) on the dry saturated line is by definition 1, that means there is no portion of it as vapour. Hence it is in a fully gaseous state.
Programs that are loaded into memory typically have several segments associated with them: the Code Segment (CS), the Stack Segment (SS), the Data Segment (DS), sometimes an Extended Segment (ES), and almost always a Block Started by Symbol (BSS) segment. This question requires that we focus only on the Code Segment (CS). The CS is a segment of memory that contains some of the instructions that are required for the program to execute. If this segment is not large enough to contain the whole program then the program can be loaded into different segments. Such a segment may be 64Kb in size (although the size may differ). Instructions located in these segments are referred to by their offset from the start of the segment, and not by their absolute location in memory. Thus, in order to locate a certain instruction, we need the segment's starting address, and the offset of the instruction in that segment. Whenever a branch (jump, goto) takes place which refers to an instruction that is located in another segment, it is known as a far jump, conversely whenever a jump refers to an instruction that is located in the same segment, it is known as a near jump. The difference referring to the modication of the CS register which contains the address of the current Code Segment for the current running program.
a line can be indefinitely extended but a line segment is a part. a line segment cannot be extended:)
A line segment has ends. A line doesn't.
A line is never ending, a line segment is a line that starts somewhere and ends some where
A line is continuous with no ending whereas a line segment is defined as having end points.
A line segment has a finite length. A ray extends to infinity in one direction.
A line segment has a finite length. A ray extends to infinity in one direction.
A segment is a part of a line. An arc is a part of a circle.
In geometry, yes, those are different names of the same line segment.
Line segments are pieces of a line, and are finite. Lines go on infinitely.
A line going through two points goes off endlessly to infinity in both directions. A line segment is a finite portion of that line. A line segment may be very large, but it is not infinite in length.
No. Any line segment has exactly one midpoint.
According to the symmetric property (and common sense) line segmetn AB is congruet to line segment BA since they are the same segment, just with a different name