- #1
jan k
- 3
- 0
Hello,
I have a question about the Boston Molasses disaster.
Eyewitnesses of this molasses flood speak of a preceding rush of wind that picked everything and everyone up (before engulfing them in molasses).
Wikipedia:
The Boston Globe reported that people "were picked up by a rush of air and hurled many feet." Others had debris hurled at them from the rush of sweet-smelling air. A truck was picked up and hurled into Boston Harbor.
http://en.wikipedia.org/wiki/Boston_Molasses_Disaster
Yet, when I look at the horrible footage from the 2004 tsunami, a person in swimming trunks is just stoically awaiting the wave, standing straight before it hits him.My questions being:
- Would flowing molasses actually produce a powerful rush of air at 50km/h?
- If so, why doesn’t water do this?Or was this rush of air probably caused by the ‘explosion’ of the ruptured tank? (Apparently, the rivets shot out, sounding like machine-gun fire.)Greetings and thanks
PS:
other sources
http://www.scientificamerican.com/article/molasses-flood-physics-science/?page=2
http://edp.org/molyank.htm (by John Mason Reprinted from Yankee Magazine (Dublin, New Hampshire: January 1965), pages 52-53 and 109-111.)
The disaster took place in 1919 and molasses disasters are fairly scarce, so I guess there's not much scientific evidence to go on.
(Edited on request.)
I have a question about the Boston Molasses disaster.
Eyewitnesses of this molasses flood speak of a preceding rush of wind that picked everything and everyone up (before engulfing them in molasses).
Wikipedia:
The Boston Globe reported that people "were picked up by a rush of air and hurled many feet." Others had debris hurled at them from the rush of sweet-smelling air. A truck was picked up and hurled into Boston Harbor.
http://en.wikipedia.org/wiki/Boston_Molasses_Disaster
Yet, when I look at the horrible footage from the 2004 tsunami, a person in swimming trunks is just stoically awaiting the wave, standing straight before it hits him.My questions being:
- Would flowing molasses actually produce a powerful rush of air at 50km/h?
- If so, why doesn’t water do this?Or was this rush of air probably caused by the ‘explosion’ of the ruptured tank? (Apparently, the rivets shot out, sounding like machine-gun fire.)Greetings and thanks
PS:
other sources
http://www.scientificamerican.com/article/molasses-flood-physics-science/?page=2
http://edp.org/molyank.htm (by John Mason Reprinted from Yankee Magazine (Dublin, New Hampshire: January 1965), pages 52-53 and 109-111.)
The disaster took place in 1919 and molasses disasters are fairly scarce, so I guess there's not much scientific evidence to go on.
(Edited on request.)
Last edited: