No. -2 is six units from it, but 8 is only four units from it.
A line equidistant from two points is a line that maintains the same distance from both points at all locations along its length. This line is typically the perpendicular bisector of the segment connecting the two points, meaning it divides the segment into two equal parts and forms right angles with it. In a two-dimensional plane, any point on this line is the same distance to both points.
A line in Euclidean geometry contains an infinite number of points. This is because a line extends indefinitely in both directions, and there are no gaps between the points along the line. Therefore, regardless of how you look at it, the number of points on line ( f ) is infinite.
The distance between two points on a number line is calculated by finding the absolute difference between their values. For the numbers 1 and 2, this is |2 - 1|, which equals 1. Therefore, the distance between 1 and 2 on a number line is 1 unit.
There are an infinite number of correct answers to your question; so I will give 3 correct answers. 3, 5 2, 6 1, 7
+4 and -4 both do.
There are infinitely many points on a line, as a line extends endlessly in both directions. Each point on a line can be uniquely identified by its position on the line using the coordinates of the point.
A line equidistant from two points is a line that maintains the same distance from both points at all locations along its length. This line is typically the perpendicular bisector of the segment connecting the two points, meaning it divides the segment into two equal parts and forms right angles with it. In a two-dimensional plane, any point on this line is the same distance to both points.
The locus of points at a given distance to a line would be a line parallel to the first line. Assuming that both lines are straight.
If you have two points on a number line, the formula for distance is:|a-b| (|=absolute value)
six units
both number are less than 10, the distance between the two number on the number line is 14
A line in Euclidean geometry contains an infinite number of points. This is because a line extends indefinitely in both directions, and there are no gaps between the points along the line. Therefore, regardless of how you look at it, the number of points on line ( f ) is infinite.
distance
The distance between any two points on a number line is the absolute value of the difference of the coordinates.
Yes, the distance between two points can be found if the longitude and latitude are known for both points. This can be calculated using the haversine formula, which takes into account the curvature of the Earth to determine the shortest distance between the two points.
It is 313 - 178 = 135.
The distance between two points on a number line is calculated by finding the absolute difference between their values. For the numbers 1 and 2, this is |2 - 1|, which equals 1. Therefore, the distance between 1 and 2 on a number line is 1 unit.