Line BA
Yes, while naming a line segment, as long as the two points are on the line, it does not matter what order they are in or which points they are. well their not
we all know, a line segment is a portion of line with two fixed points A and B , but this segment has no specific direction i. e AB and BA are both line segments but if we give direction to this line segment suppose from A to B, then it becomes directed line segment, which is also called as vector AB having direction from A to B.so, a line segment with specific direction is called directed(having direction) line segment.
If these are vectors, then ba = - ab
AB and BA.
Line BA
Yes, while naming a line segment, as long as the two points are on the line, it does not matter what order they are in or which points they are. well their not
we all know, a line segment is a portion of line with two fixed points A and B , but this segment has no specific direction i. e AB and BA are both line segments but if we give direction to this line segment suppose from A to B, then it becomes directed line segment, which is also called as vector AB having direction from A to B.so, a line segment with specific direction is called directed(having direction) line segment.
20m
yes it is
no; commutative
naming a line is different from naming a ray. say for example ,if we have line AB,this is similar to line BA while ray AB is different from ray BA.
Two distinct points determine exactly one line. That line is the shortest path between the two points. ... Two points also determine a ray, a segment, and a distance, symbolized for points A and B by AB (or BA when B is the endpoint), AB, and AB respectively.
ab = 8-cDivide both sides by ba = (8-c)/b
BS
If these are vectors, then ba = - ab
The ray opposite from ray BA is ray AB. These rays form a straight line.