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It will be a straight horizontal line, whose height will be the distance of the depot from the reference point - the point from which distances are measured.It will be a straight horizontal line, whose height will be the distance of the depot from the reference point - the point from which distances are measured.It will be a straight horizontal line, whose height will be the distance of the depot from the reference point - the point from which distances are measured.It will be a straight horizontal line, whose height will be the distance of the depot from the reference point - the point from which distances are measured.
The answer depends on the context: If you have a distance vector of magnitude V, that is inclined at an angle q to the horizontal, then the horizontal distance is V*cos(q).
The answer depends on the grid. On the taxicab grid, which was studied by Minkowski, the distance is the sum of the vertical and horizontal distances between a and b. See, for example, https://en.wikipedia.org/wiki/Taxicab_geometryIf, a and b have horizontal and vertical coordinates which are, respectively, (xa, ya) and (xb, yb) then the grid distance is abs(xa - ya) + abs(xb - yb).
It means there is no movement towards or away from the point from which distances are measured - usually the origin. The object can be moving in a transverse direction at any speed and the graph would not show it.
Lines of longitude are vertical but they measure horizontal distance(In degrees,not kilometers or miles)between Greenwich Mean Time(GMT) and you so the lines are vertical,not horizontal. However,longitude measures horizontal distance,not vertical distance.
A good definition might be the measurement of the longest horizontal distance of an object (x). Width would be the shorter horizontal distance (y)
It is called the displacement in the horizontal direction.
The horizontal distance. Points of latitude and longitude can't account for elevation.
if the speed is zero then the distance versus time line will be horizontal
The horizontal distance is the straight-line distance between two points on a map without including any extra distance because of following the upward and downward slopes of hills and valleys.
1.079 ins
These distances compare from a long distance but one that is not nearly as far as the distance between the outer planets.