A Laboratory Manual for Introductory Physics
by Donald E. Simanek
Publisher: Lock Haven University 1998
Number of pages: 132
These web documents contain supplementary material for laboratory work in the introductory (first year) physics course. They provide an emphasis and point of view which some laboratory manuals lack. A large part of this material commonly goes by the name 'error analysis'.
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by Frederick Foreman Good - The Macmillan Company
These experiments should form part of a physics course which includes class discussions and demonstrations. They were used for several years in a beginners' course in practical physics. The materials and procedure have been worked out in detail.
by G.F.C. Searle - Cambridge University Press
G. F. C. Searle made notable contributions to the development of laboratory physics and theories of electromagnetic mass. This book was based on the notes prepared by Searle for his practical physics classes at the Cavendish Laboratory, Cambridge.
by J. C. Lemm - arXiv.org
A particular Bayesian field theory is defined by combining a likelihood model, providing a probabilistic description of the measurement process, and a prior model, providing the information necessary to generalize from training to non-training data.
by Philip Ilten - arXiv
The book is intended to complement the UCD first year laboratory manuals, but can also be read independently. The book spans a wide range of subjects, beginning with experimental techniques, moving onto classical mechanics, touching on EM, and more.