Transactions of the Cambridge Philosophical SocietyUniversity Press, 1830 |
من داخل الكتاب
النتائج 1-3 من 52
الصفحة 292
... velocity impressed , and the angle at which it cuts the axis , is independent of this velocity . Also since the particular form of cf must result from the constitution of the fluid , its equation will be or more generally , y = mλ sin ...
... velocity impressed , and the angle at which it cuts the axis , is independent of this velocity . Also since the particular form of cf must result from the constitution of the fluid , its equation will be or more generally , y = mλ sin ...
الصفحة 389
... velocity to the increment of time , considered independently of the change of space ; the integral indicated above ... velocity at every point of this line , in terms of the velocity at the point where the pressure is known . When ...
... velocity to the increment of time , considered independently of the change of space ; the integral indicated above ... velocity at every point of this line , in terms of the velocity at the point where the pressure is known . When ...
الصفحة 400
... velocity of propagation together with the velocity at the point whose abscissa is s . Hence the velocity of propagation is a , the same quantity for every point in motion . By considering in the same manner the equations ( 2 ) , the ...
... velocity of propagation together with the velocity at the point whose abscissa is s . Hence the velocity of propagation is a , the same quantity for every point in motion . By considering in the same manner the equations ( 2 ) , the ...
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 |
15 من الأقسام الأخرى غير ظاهرة
طبعات أخرى - عرض جميع المقتطفات
عبارات ومصطلحات مألوفة
a₁ achromatic acqv angle annuity applied axis CAMBRIDGE PHILOSOPHICAL SOCIETY capital chronometers clock condensations conic section constant converge convex curve definite integral determined diameter diaphragm direction disc distance disturbance effect equal equation equi-convex eye-glass eye-piece Female fluid focal length fraction function GEORGE BIDDELL AIRY give given Hence increase instant integral lens be plano-convex lenses Male manner motion nearly nt+b object-glass observations obtained orifice paper plane particles pencil pendulum perpendicular pipe pitch plane side plumage portion position pressure probability produce profits propagation quantity ratio rays reed refraction rent satellites shew shewn spherical aberration supposed supposition surface t+r+1 theorem Titmouse TRINITY COLLEGE tube velocity vibration vowel wave аф