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When the bearing on the "other" vessel remains the same as the distance closes, the two vessels will collide.
unchanged
The standard answer is constant bearing. As soon as a another vessel is sighted at sea, you take a compass bearing on it, and you keep on taking compass bearings. If the bearing does not change, you are on a collision course. If it's on your port side, do nothing. If it's on your starboard side, give way by changing speed or course.
stay the same
When the bearing on the "other" vessel remains the same as the distance closes, the two vessels will collide.
stay the same
stay the same
stay the same
When the bearing on the "other" vessel remains the same as the distance closes, the two vessels will collide.
stay the same
unchanged
A rumbling noise that increases with speed.
The standard answer is constant bearing. As soon as a another vessel is sighted at sea, you take a compass bearing on it, and you keep on taking compass bearings. If the bearing does not change, you are on a collision course. If it's on your port side, do nothing. If it's on your starboard side, give way by changing speed or course.
it is more efficient and decreases the resonance than other bearings in rotors
Bearing is a way of describing direction. It is a 3 digit number (including leading zeros). A heading due North is a bearing of 000. The bearing increases clockwise, so that East is a bearing of 090, South is 180, and West is 270.