Transactions of the Cambridge Philosophical SocietyUniversity Press, 1830 |
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الصفحة 287
... diaphragm , will at every instant be just as much condensed or rarefied on one side , as they are rarefied or condensed on the other . Suppose the diaphragm to perform a single oscillation forwards . When it comes to rest , the velocity ...
... diaphragm , will at every instant be just as much condensed or rarefied on one side , as they are rarefied or condensed on the other . Suppose the diaphragm to perform a single oscillation forwards . When it comes to rest , the velocity ...
الصفحة 288
... diaphragm , on account of the great force which presses them against it . Now in whatever manner the other particles are affected , we may be sure that as soon as the diaphragm ceases to move , the law of condensation given by the curve ...
... diaphragm , on account of the great force which presses them against it . Now in whatever manner the other particles are affected , we may be sure that as soon as the diaphragm ceases to move , the law of condensation given by the curve ...
الصفحة 298
... diaphragm is just equal to the condensation on the other , it may be concluded that if a column of air be made to move uniformly through a cylindrical tube , it will either be condensed or rarefied proportionally to its velocity . As ...
... diaphragm is just equal to the condensation on the other , it may be concluded that if a column of air be made to move uniformly through a cylindrical tube , it will either be condensed or rarefied proportionally to its velocity . As ...
المحتوى
by THOMAS JARRETT Esq B A | 65 |
Theory of Escapements by G B AIRY Esq M A | 105 |
On the Pressure produced on a flat Plate when opposed to a Stream | 129 |
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