 
 <prompt> ```Answer di questions wey dey di end based on di tori.

During di years afta di terrorist attack for di World Trade Center, structural engineers don dey try hard to solve one question wey for no dey thinkable before: Fit building dey designed to withstand catastrophic blasts by terrorists?

Soon afta di terrorist attacks on top di twin towers, structural engineers from di University at Buffalo and di Multidisciplinary Center for Earthquake Engineering Research (MCEER) waka go ground zero as part of one project wey di National Science Foundation fund. Dem spend two days dey start di work to formulate ideas on how to design such structures and to find clues on how to do am for buildings wey dey damaged, but still dey stand.

"Our objective for visiting ground zero na to go and look di buildings wey dey surround di World Trade Center, those buildings wey still dey stand, but wey sustain damage," M. Bruneau, Ph.D. talk. "Our immediate hope na to fit develop better understanding on why those buildings still dey stand, while our long-term goal na to see whether earthquake engineering technologies fit join with existing technologies to achieve better performance of buildings in case of terrorist attacks," he add.

Pictures wey di investigators snap show di big damage wey di World Trade Center towers and buildings nearby get. One building wey dey one block away from di towers still dey stand, but e get serious damage. "This building dey many meters away from di World Trade Center and yet we see one column wey dey there wey bin dey part of that building," A. Whittaker, Ph.D. explain. "Di column turn to missile wey fly across di road, through di window and through di floor."

Di visit to di area also bring some surprises, according to di engineers. For example, di floor framing system for one of di buildings strong well well, wey allow floors wey tons of debris fall on top to still survive. "Good framing systems fit provide one simple, but reliable strategy for blast resistance," he add. Other strategies fit include providing alternative paths for gravity loads if one load-bearing column fail. "We still need better understanding of di mechanism of collapse," A. Whittaker talk. "We need find out wetin dey cause building to collapse and how you fit predict am."

A. Reinhorn, Ph.D. note say "earthquake shaking don lead to di collapse of buildings for di past. Solutions wey dem develop for earthquake-resistant design fit apply to blast engineering and terrorist-resistant design. Part of our mission now na to transfer these solutions and to develop new ones where none dey at present."

1. Wetin be di nickname of di building wey dem mention for di first paragraph?
2. Wetin structural engineers dey try protect buildings from?
3. Wetin be di name of di university wey di structural engineers dey come from?
4. Wey place dem travel go for research?
5. Wetin dem dey look?
6. Specifically, di buildings wey dem dey look, dem want see untouched buildings?
7. Wetin be di area wey these buildings dey surround?
8. Wetin be di suffix wey M. Bruneau carry?
9. Any surprises dey during di visit?
10. Wetin be di mechanism wey dem need understand well well to achieve their objective?

Numbered answers:``` <response>: ```1. unknown
2. Terrorists
3. The University at Buffalo
4. ground zero
5. Clues
6. No
7. World Trade Center
8. Ph.D.
9. Yes
10. Collapse``` 