Scientific American Supplement, No. 620, November 19,1887
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5 | 107. 5 10, 000 | 4. 3 | 13. 5 | 42. 9 | 135. 7 | 320. 3 | 340. 0 | 340. 3 100, 000 | 4. 3 | 13. 5 | 42. 9 | 135. 7 | 429. 3 | 1013. 0 | 1075. 3 ---------+-----+------+-------+--------+---------+----------+---------- [Footnote 1: As an example, this table shows that waves 1, 000 feet in length travel 43 nautical miles per hour in water 1, 000 feet deep. The length is measured from crest to crest. ] From these numbers it appears that-- 1. When the length of the wave is not greater than the de...pth of thewater, the velocity of the wave depends (sensibly) only on its length, and is proportional to the square root of its length.
2. When the length of the wave is not less than a thousand times thedepth of the water, the velocity of the wave depends (sensibly) onlyon the depth, and is proportional to the square root of the depth.
It is, in fact, the same as the velocity which a free body wouldacquire by falling from rest under the action of gravity through aheight equal to half the depth of the water.
What to read after Scientific American Supplement, No. 620, November 19,1887?
You can find similar books in the "Read Also" column, or choose other free books by Various to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
5 | 107. 5 10, 000 | 4. 3 | 13. 5 | 42. 9 | 135. 7 | 320. 3 | 340. 0 | 340. 3 100, 000 | 4. 3 | 13. 5 | 42. 9 | 135. 7 | 429. 3 | 1013. 0 | 1075. 3 ---------+-----+------+-------+--------+---------+----------+---------- [Footnote 1: As an example, this table shows that waves 1, 000 feet in length travel 43 nautical miles per hour in water 1, 000 feet deep. The length is measured from crest to crest. ] From these numbers it appears that-- 1. When the length of the wave is not greater than the de...pth of thewater, the velocity of the wave depends (sensibly) only on its length, and is proportional to the square root of its length.
2. When the length of the wave is not less than a thousand times thedepth of the water, the velocity of the wave depends (sensibly) onlyon the depth, and is proportional to the square root of the depth.
It is, in fact, the same as the velocity which a free body wouldacquire by falling from rest under the action of gravity through aheight equal to half the depth of the water.
What to read after Scientific American Supplement, No. 620, November 19,1887?
You can find similar books in the "Read Also" column, or choose other free books by Various to read onlineMoreLess
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