David G. Brown
RIP
Beverly -- Sometimes, all you can know is that you don't know what you want to know.
We really don't have an accurate position of Titanic's accident site or the location on the surface of its foundering. Information as accrate as what we take for granted in 2001 was not available in those pre-Global Positioning System days.
Boxhall's "final position" is generally agreed to be in error -- too far north and east. A lot of reasons have been suggested, but Dave Gittens has probably the best explanation on his web site. Boxhall made a simple error in using the printed navigational tables. After all, he was under extreme pressure and falling ill.
If either large piece of the wreck fell straight to the bottom, it would probably be the stern section. However, we don't know what the currents may have done to cause lateral drift of the pieces on the way down. Nor do we know how the shapes of the pieces may have influenced their downward paths. It is probably a safe assumption that the bow moved forward as it fell downward, but that the stern fell pretty much straight to the bottom...a safe assumption...but not a fact.
ALL STOP on the engine order telegraphs does not stop the ship, only the engines. The hull continues to "shoot" forward for some time. How far depends upon the initial speed of the ship, the sea conditions and other factors. But, there is no proof that Titanic lost all forward momentum after the accident and before Captain Smith ordered AHEAD SLOW.
We don't know how long the ship's engines turned on that slow bell after the accident. The duration could have been anywhere from 10 to 20 minutes, with a 100% error factor. We just don't know for certain. My best guess is that the ship steamed for about 3 nautical miles north from the scene of the iceberg encounter.
By the way, "Winds come from; currents go to." A southwest setting current moves toward the southwest.
None of this answers your questions. All we know for certain is that the ship had an ice encounter; that it moved for some indetermined time at an unknown speed after that; Boxhall made a mistake, although his position was accurate enough to bring Carpathia to the scene; everything drifted on the surface; and, that unknown currents affected the wreckage as it drifted to the bottom.
If we could remove all of these uncertainties, then Titanic would be a very dull subject, indeed. It is the plethora of mysteries that attracts people to the ship after 90 years.
-- David G. Brown
We really don't have an accurate position of Titanic's accident site or the location on the surface of its foundering. Information as accrate as what we take for granted in 2001 was not available in those pre-Global Positioning System days.
Boxhall's "final position" is generally agreed to be in error -- too far north and east. A lot of reasons have been suggested, but Dave Gittens has probably the best explanation on his web site. Boxhall made a simple error in using the printed navigational tables. After all, he was under extreme pressure and falling ill.
If either large piece of the wreck fell straight to the bottom, it would probably be the stern section. However, we don't know what the currents may have done to cause lateral drift of the pieces on the way down. Nor do we know how the shapes of the pieces may have influenced their downward paths. It is probably a safe assumption that the bow moved forward as it fell downward, but that the stern fell pretty much straight to the bottom...a safe assumption...but not a fact.
ALL STOP on the engine order telegraphs does not stop the ship, only the engines. The hull continues to "shoot" forward for some time. How far depends upon the initial speed of the ship, the sea conditions and other factors. But, there is no proof that Titanic lost all forward momentum after the accident and before Captain Smith ordered AHEAD SLOW.
We don't know how long the ship's engines turned on that slow bell after the accident. The duration could have been anywhere from 10 to 20 minutes, with a 100% error factor. We just don't know for certain. My best guess is that the ship steamed for about 3 nautical miles north from the scene of the iceberg encounter.
By the way, "Winds come from; currents go to." A southwest setting current moves toward the southwest.
None of this answers your questions. All we know for certain is that the ship had an ice encounter; that it moved for some indetermined time at an unknown speed after that; Boxhall made a mistake, although his position was accurate enough to bring Carpathia to the scene; everything drifted on the surface; and, that unknown currents affected the wreckage as it drifted to the bottom.
If we could remove all of these uncertainties, then Titanic would be a very dull subject, indeed. It is the plethora of mysteries that attracts people to the ship after 90 years.
-- David G. Brown