Which statement best describes a relative vector?

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A relative vector represents how the target’s position will change in time from the ownship’s perspective. It combines how fast and in what direction the target will move relative to you, giving you a forecast of where the target will be in the near future. That’s why the statement describing the target’s predicted future movement best captures what a relative vector means in ARPA and radar practice.

Think of it as the intended path of the target within your own reference frame: it tells you not just where the target is now, but where it will be if it continues on its current motion, which is essential for assessing collision risk and planning maneuvers. The other options describe static position (current location), a directional angle (bearing), or a scalar rate (speed), none of which convey the future relative displacement that a vector of motion provides.