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16 Aug 2003, 02:10
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Plane X is flying at an altitude of 25000 sq. feet and Plane Y at altitude of 10,000 sq. feet.
If X starts to descend as Y starts to ascend, how long will they take to reach the same altitude?
# X descends 9 times faster than Y.
# Y descends at 80 sq. feet/sec and Y at 720 sq. feet/sec.
If X starts to descend as Y starts to ascend, how long will they take to reach the same altitude?
# X descends 9 times faster than Y.
# Y descends at 80 sq. feet/sec and Y at 720 sq. feet/sec.
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16 Aug 2003, 02:39
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how can a plane travel at an altitude of 25000 sq. feet? An atitude is measured in feet, not square feet!
I assume that # is a set of data.
#1 is not sufficient
#2 is self contradicting, but can be sufficient, assuming that it should read -- X descends at 720 feet/sec and Y ascends at 90 feet/sec.
Looks like B. But the question is very poorly written.
I assume that # is a set of data.
#1 is not sufficient
#2 is self contradicting, but can be sufficient, assuming that it should read -- X descends at 720 feet/sec and Y ascends at 90 feet/sec.
Looks like B. But the question is very poorly written.
