Science

Aerodynamics May Explain Space Shuttle Breakup Saturday, Feb. 01, 2003 log In with Facebook Sharing magazine stories with friends is easier than ever. Add time to your Timeline. disengage aim More X Sharing With Friends Add TIME to your Timeline to automatically share TIME stories, photos and videos with your Facebook friends. Share Only the Stories You destiny TIME will crisp you each time a drool is shared and youll befuddle the option to keep or remove each story from your Facebook Timeline. Plus, view Your Activity to assist a history of stories youve glance over and remove stories from your Timeline. CNN * grade * Email * Reprints ------------------------------------------------- share * ------------------------------------------------- LinkedIn * ------------------------------------------------- StumbleUpon * ------------------------------------------------- Reddit * -------------------------------------- ----------- Digg * ------------------------------------------------- Del.i.cious inShare0 Seven astronauts, including the first Israeli in space, were lost Saturday when the space hiss capital of South Carolina break up apart in the skies of Texas.

The incident occurred at an altitude of roughly 200,000 feet, shortly after reentry and 15 minutes before capital of South Carolina had been scheduled to land at Cape Canaveral. TIME acquisition correspondent Jeffrey Kluger explains some of the assertable causes and consequences of the accident: TIME.com: What are the workable scenarios that could ha ve caused this disastrous accident on the sh! uttles reentry into the Earths atmosphere? Jeffrey Kluger: in that respect are three possible scenarios that explain this event. The first, which I study is the likeliest explanation, would be an aerodynamic structural breakup of the shuttle caused by it rolling at the wrong angle. Remember, after reentry, the shuttle is descend without power, which means astronauts at the controls cant compensate for a leaving of attitude by...If you want to get a full essay, mold it on our website: BestEssayCheap.com

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