| Question 1: EST (1847 UTC) by a ________ rocket. | |||
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| Question 2: In addition, the material was finer than expected; scientists compared it to talcum powder rather than ________. | |||
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| Question 3: However, as the Earth ________ approached, astronomers were unable to locate Comet Boethin, which may have broken up into pieces too faint to be observed. | |||
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| Question 4: Scientists believed that the energy of the high-velocity collision would be sufficient to excavate a crater up to 100 m (328 ft) wide (larger than the bowl of the Roman ________). | |||
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| Question 5: [19] After mission members investigated the problem, on June 9, it was announced that by using image processing software and the mathematical technique of ________, the HRI images could be corrected to restore much of the resolution anticipated. | |||
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| Question 6: The entire event was photographed by Earth-based ________ and orbital observatories, including the Hubble, Chandra, Spitzer, and XMM-Newton. | |||
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| Question 7: [16] It was successfully launched from ________ on January 12, 2005 at 1:47 p.m. | |||
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| Question 8: [29][30] The energy from the collision was similar in size to exploding five tons of ________ and the comet shone six times brighter than normal. | |||
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| Question 9: Astronomers determined that the comet had possibly formed in the Uranus and ________ Oort cloud region of the solar system. | |||
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| Question 10: It was designed to study the composition of the ________ interior of 9P/Tempel, by releasing an impactor into the comet. | |||
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