Resultados de búsqueda: mechanics de osgood william fogg

Dover Publications, Inc, 1964. Paperback. Good. Unmarked trade paperback

Dover Publications, Inc, 1965. Soft cover. Very Good. Xiii, 495 Pp + Catalog At End. Softcover Dover Reprint Of The 1937 Original Edition. Wear, Light Dampstain At Very Top Edge Of Covers Around Spine.

Dover Publicatins, 1965. 495 pp., Paperback, fine. - If you are reading this, this item is actually (physically) in our stock and ready for shipment once ordered. We are not bookjackers. Buyer is responsible for any additional duties, taxes, or fees required by recipient's country.

New York: Macmillan, 1937. First Edition. Hard Cover. Used; Good. Type: Ex-Library Normal library markings (Signal Corps Reference, Library of Congress, War Department Library). Sophomore-level text on classical mechanics.

New. New Book; Fast Shipping from UK; Not signed; Not First Edition; The Mechanics.

Hard Cover. New. New Book; Fast Shipping from UK; Not signed; Not First Edition; The Mechanics.

Paperback. New.

Crawford Pr, 2007. Paperback. New. 512 pages. 8.30x5.50x1.30 inches.

Hardback. New.

Crawford Press. paperback. New. 5x1x8. Brand New Book in Publishers original Sealing

Crawford Press. Hardcover. New. 8x5x1. Brand New Book in Publishers original Sealing

pp. 512 . Papeback. New.

Crawford Press, 2007-03-15. Paperback. Used:Good.

New York:: Macmillan, 1949., 1949. 8vo. xv, [1], 495, [1] pp. 157 figs., index. Brown gilt-stamped cloth. Ownership label of Richard A. Weiss. Near fine. Osgood, a mathematical physicist, was "noted for his table of integrals and his book on Newtonian Potential Theory." (Walsh, p. 3-4). "He published a text on Mechanics in 1937, the outgrowth of a course he had frequently given, and containing a number of novel problems from his own experience." (op. cit., p.9) Originally issued in 1937, this was an important, practical and thorough treatment of the mechanical sciences. The 16 chapters contain: Statics of a particle; Statics of a rigid body; Motion of a particle; Dynamics of a rigid body; Kinematics in two dimensions; Rotation; Work & energy; Impact; Relative motion and moving axes; Lagrange's equations and virtual velocities; Hamilton's canonical equations; D'Alembert's principle; Hamilton's principle and the principle of least action; Contact transformations; Solution of Hamilton's equations. The… Leer más

1948.