The Lord Brouncker employed this series to square the hyperbola.
"Letters on England" by Voltaire
An oval is never mistaken for a circle, nor an hyperbola for an ellipsis.
"An Enquiry Concerning Human Understanding" by David Hume
The following analysis shows that with the aid of an hyperbola any arc, and therefore any angle, may be trisected.
"Scientific American Supplement, No. 787, January 31, 1891" by Various
It is easily seen that the curves traced by the shadow of the point P are hyperbolas whose convexity is turned toward A B.
"Scientific American Supplement, No. 810, July 11, 1891" by Various
There's nothing more to fear from your hyperbolas or parabolas or any other of your open curves!
"All Around the Moon" by Jules Verne
In the hyperbola we have the mathematical demonstration of the error of an axiom.
"Fables of Infidelity and Facts of Faith" by Robert Patterson
Griffin (R. W.) on Parabola, Ellipse, and Hyperbola.
"France and the Republic" by William Henry Hurlbert
It is said that he was the first to introduce the words ellipse and hyperbola.
"History of the Intellectual Development of Europe, Volume I (of 2)" by John William Draper
In such cases the orbit might be changed to a hyperbola, and then the comet would never return.
"Encyclopaedia Britannica, 11th Edition, Volume 6, Slice 7" by Various
Just a plain hyperbola is bad enough.
"The Romantic Analogue" by W.W. Skupeldyckle
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On the other hand, the curves of parabolas in the middle (resp. right) ﬁgure are the osculating parabolic congruence of a hyperbola (resp. an ellipse ).
Curvature Functionals for Curves in the Equi-Affine Plane
Region in the (ρ, η) plane allowed by constraints on |Vub /Vcb | (dotted semicircles), B 0 − ¯B 0 mixing (dashed semicircles), and CP-violating K − ¯K mixing (solid hyperbolae).
Present and Future Aspects of CP Violation
Equation (19) speciﬁes a hyperbola in the ( ¯̺, ¯η) plane.
Theoretical review of K physics
Vub/Vcb | which produces a circular ring and from a hyperbola deﬁned from the theoretical formula for ε.
Analysis of \epsilon'/\epsilon in the 1/N_c Expansion
The position of the hyperbola depends on mt , |Vcb |, and ˆBK .
Analysis of \epsilon'/\epsilon in the 1/N_c Expansion
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