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Displaying 111—120 of 1000 matches for query "04._If_a_woman_were_to_give_birth_in_space,_would_the_baby_be_affected_in_any_way,_either_at_the_moment_of_birth_or_later_in_life" retrieved in 0.179 sec with these stats:
- "04" found 1602 times in 935 documents
- "if" found 10820 times in 3231 documents
- "a" found 169938 times in 18149 documents
- "woman" found 370 times in 248 documents
- "were" found 34858 times in 7256 documents
- "to" found 237450 times in 18716 documents
- "give" found 2680 times in 1424 documents
- "birth" found 1858 times in 724 documents
- "in" found 179422 times in 17737 documents
- "space" found 100917 times in 18940 documents
- "would" found 42637 times in 9226 documents
- "the" found 506431 times in 20587 documents
- "babi" found 97 times in 70 documents
- "be" found 50529 times in 10727 documents
- "affect" found 1167 times in 921 documents
- "ani" found 6242 times in 2570 documents
- "way" found 7053 times in 2483 documents
- "either" found 1293 times in 778 documents
- "at" found 59261 times in 12664 documents
- "moment" found 675 times in 417 documents
- "of" found 295472 times in 20552 documents
- "or" found 21946 times in 6355 documents
- "later" found 4072 times in 2280 documents
- "life" found 5509 times in 2670 documents
... of the immune system, and a change in the way we sense our surroundings. While these may seem like problems, most of these changes are perfectly appropriate for spaceflight. That is, the changes are good if you want to stay in space ...
... the ISS. The interior décor will be simple, to make sure people can find things easily. Many luxurious materials possible in Earth construction will not be allowed in space, as they can burn easily and give ...
... if one of the solid rocket boosters should fail, there would be a disaster. Most of the other systems are redundant, meaning there are one or more backups that would allow a successful mission even if one part should fail. Coming in from space ...
... to the 14.7 pounds of pressure that the Earth environment gives us. To survive outside this environment, we must have that same pressure. Even if the loss of pressurization did not get us, the loss of oxygen and the ability to breathe would be ...
... IN SPACE'''
'''EDITOR: H. KELLIHER'''
'''VOL. 45 No. 2 FEBRUARY 1992'''
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C. ASHTON
ANTENNA TESTING FOR THE INMARSAT 2
51
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GROUND CONTROL SYSTEM
I.T. MITCHELL OTS-2: END-OF-LIFE ...
... a spacecraft moving along in space will continue as long as all external forces are balanced. Try this: hold a ball in your hand with your arm outstretched. Why doesn't the ... to the Earth. Why? Because the forces on the ball are unbalanced. But if you could throw the ball at a speed of about 25,000 feet per second (and ignore the drag of the Earth's atmosphere), the ball would orbit the ...
... in space, because the Earth is protected from the solar winds by the atmosphere and magnetosphere that surrounds it. Most of the elements are here on Earth, but are in different quantities or qualities due to the difference in compositional makeup of the ...
... THE BEGINNING OF AMERICAN EXPLORATION OF SPACE
324
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B. SMITH
YESTERDAY'S ROCKETEER: A MEMOIR OF EARLY DAYS IN THE AMERICAN ROCKET SOCIETY
332
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S. E. DOYLE
ORIGINAL CONTRIBUTIONS TO SPACE LAW
337
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W. SCHULTZ
A CONTRIBUTION TO THE 350th ANNIVERSARY OF THE DEATH OF ...
... life does exist elsewhere but the question of intelligent life is still unanswered. The timetable for human expansion into space would make your generation one of the ...
... space without some type of training before flight. In the foreseeable future, your flight will not be like showing up at the airport two hours before boarding an airplane. You will be given a lot of briefings on how to ...
Additional database time was 0.038 sec.
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