Rolls-Royce and Bentley Owners Manuals, parts lists and other books. MT. GOTHIC TOMES AND RELIQUARY, Rare Books and Western Americana

Original printed wrappers; 38 pages, illustrated. Addresses delivered at a National Meeting of The Newcomen Society in North America held at New York City, October 28th, 1976. Near fine condition.

Price: $25.00

WORKSHOP MANUAL FOR THE ROLLS-ROYCE SILVER WRAITH, 1977

John W. de Campi, editor. Rolls-Royce Owners Club, Inc., August 1977. Original gold-printed stiff brown covers with black plastic spiral binding; 2,000 pages, profusely illustrated.

Maintenance Information: General Information; Special Process and Specifications; Workshop Tools; Lubrication and Maintenance; Engine; Clutch; Gearbox; Propeller Shaft and Universal Joints; Brakes; Front Suspension and Front Shock Dampers; Rear Axle; Fuel System; Cooling System, Pump and Fan; Electrical; Steering; Frame, Rear Shock Damper, Road Springs; Exhaust System; Wheels and Tires; and Body. Many foldout schematics. Superb reference. Condition of pages: near fine; condition of binding; good plus.

Price: $475.00

VISIT ANOTHER OF OUR WEBSITES: Colorado Artifactual

Please understand: we are a professional Company offering historic artifacts for sale. We do not give free advice, issue appraisals, allow photographic duplication without payment, or work with consignment. If you wish to sell us quality historic artifacts, you must submit precise digital photographs, thorough descriptions, and price you hope to attain. If any of the aforementioned requirements are not included, your inquiry will be deleted. Thank you for the respect of our 35 years experience.

"... But never again as during that all too short period when he and I were one person, when the fulfilled future and the wistful past were mingled in a single gorgeous moment -- when life was literally a dream...." F. Scott Fitzgerald, from 'Early Success,' The Crack Up, October 1937

$\frac{\partial f}{\partial t}+ v \frac{\partial f}{\partial x}+ \frac{F}{m} \frac{\partial f}{\partial v} = \frac{\partial f}{\partial t}\left.{\!\!\frac{}{}}\right|_\mathrm{collision}$

Boltzmann equation

$\left( c \boldsymbol{\alpha}\cdot \mathbf{\hat{p}}+\beta mc^2 \right ) \psi = i\hbar\frac{\partial \psi}{\partial t}\,\!$

Dirac equation