Elementary statics

Cover
 

Andere Ausgaben - Alle anzeigen

Häufige Begriffe und Wortgruppen

Beliebte Passagen

Seite 15 - MA late Fellow of Gonville and Caius College. Third Edition, revised and enlarged. By the Eev. TG VYVYAN, MA 8vo. 9«. Collection of Examples and Problems in Arithmetic, Algebra, Geometry, Logarithms, Trigonometry, Conic Sections, Mechanics, &c. with Answers and Occasional Hints. By the Key. A.
Seite 11 - Elementary Hydrostatics for Junior Students. By R. POTTER, MA late Fellow of Queens' College, Cambridge, Professor of Natural Philosophy and Astronomy in University College, London. It. 6<i. The Propositions in Mechanics and Hydrostatics which are required for those who are not Candidates for Honours. By AC
Seite 7 - cl. ELEMENTARY DYNAMICS. By the Very Rev. H. 2 SCHOOL AND COLLEGE TEXT BOOKS—Continued. ELEMENTARY HYDROSTATICS. By WH BESANT, MA, Late Fellow of St John's College. 43. cl. MENSURATION, An Elementary Treatise on. By BT MOOBE, MA, Fellow of Pembroke College, Professor of Mathematics, Royal Staff College, Sandhurst. With numerous Examples.
Seite 46 - The following general proposition concerning the centre of gravity, contains the property which is most important in a practical point of view. PROP. When a body is placed upon a horizontal plane, it will stand or fall according as the vertical line through the centre of gravity falls within or without the base.
Seite 52 - through the centre of gravity falls within or without the base. 13. Distinguish between stable and unstable equilibrium. 14. When a heavy body is suspended from a point about which it can turn freely, it will rest with its centre of gravity in the vertical line passing through the point of suspension.
Seite 49 - PROP. When a heavy body is suspended from a point about which it can turn freely, it will rest with its centre of gravity in the vertical line passing through the point of suspension. For let O be the point of suspension, G the centre of gravity, and suppose that G is not in the vertical line through
Seite 1 - Two equal circular disks with smooth edges, placed on their flat sides in the corner between two smooth vertical planes inclined at a given angle, touch each other in the line bisecting the angle. Find the radius of the least disk which may be pressed between them without causing them to separate.

Bibliografische Informationen