Great Books of the Western World, Band 28Robert Maynard Hutchins Encyclopædia Britannica, 1952 |
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Seite 220
... represent the time of fall , from rest at A , through the difference of path EB . In like manner EF represents the time of de- scent along EC , starting from rest at D or fall- ing from rest at A. But it has been shown that EF is less ...
... represent the time of fall , from rest at A , through the difference of path EB . In like manner EF represents the time of de- scent along EC , starting from rest at D or fall- ing from rest at A. But it has been shown that EF is less ...
Seite 221
... represent the given interval of that AE , or EC , will represent the time of fall through the entire distance AD , while EB will represent the time through AF . Consequently the remainder BC will represent the time of fall through the ...
... represent the given interval of that AE , or EC , will represent the time of fall through the entire distance AD , while EB will represent the time through AF . Consequently the remainder BC will represent the time of fall through the ...
Seite 228
... represent the time of descent along AE by the length AE , then the length . GE will represent the time of descent along GE , while GF will stand for the time of descent through the entire distance GB ; so also EF will denote the time ...
... represent the time of descent along AE by the length AE , then the length . GE will represent the time of descent along GE , while GF will stand for the time of descent through the entire distance GB ; so also EF will denote the time ...
Inhalt
Abschnitt 1 | 1 |
Abschnitt 2 | 3 |
Abschnitt 3 | 26 |
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albumen angle animals aorta appears Aristotle arteries attract auricles blood cavity centre chick chyle circle cock colliquament colour cubits cylinder descent distance earth embryo engendered equal Fabricius fall female fluid foetus force fowl globe greater heart heat Hence History of Animals horizontal inclined inclined plane infinite number innate heat larger left ventricle length less liver loadstone lungs magnetic bodies male manner matter mean proportional membrane ment meridian motion move nature needle nourished observed ovary oviparous ovum parabola perfect plane pole portion produced PROPOSITION pulmonary veins pulsating pulse ratio rectangle resistance rest SAGR SALV seed semen SIMP soul speed square stone substance terrella things time-interval tion traverse umbilical vessels uterus variation veins ventricle versorium vertical vessels vital principle vitellus viviparous weight whence wherefore whilst whole yelk