Normal view
MARC view
Entry Topical Term
001 - CONTROL NUMBER
- control field: 3854
003 - CONTROL NUMBER IDENTIFIER
- control field: DLC
005 - DATE AND TIME OF LATEST TRANSACTION
- control field: 20221128124647.0
008 - FIXED-LENGTH DATA ELEMENTS
- fixed length control field: 860211i| anannbab| |b ana |||
010 ## - LIBRARY OF CONGRESS CONTROL NUMBER
- LC control number: sh 85082767
040 ## - CATALOGING SOURCE
- Original cataloging agency: DLC
- Transcribing agency: DLC
- Modifying agency: DLC
053 ## - LC CLASSIFICATION NUMBER
- Classification number element-single number or beginning number of span: QA801
- Classification number element-ending number of span: QA938
- Explanatory term: Theoretical
053 ## - LC CLASSIFICATION NUMBER
- Classification number element-single number or beginning number of span: QC120
- Classification number element-ending number of span: QC168.86
- Explanatory term: Experimental
150 #0 - HEADING--TOPICAL TERM
- Topical term or geographic name entry element: Mechanics.
450 #0 - SEE FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Classical mechanics
450 #0 - SEE FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Newtonian mechanics
550 #0 - SEE ALSO FROM TRACING--TOPICAL TERM
- Control subfield: g
- Topical term or geographic name entry element: Physics
550 #0 - SEE ALSO FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Dynamics
550 #0 - SEE ALSO FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Quantum theory
670 ## - SOURCE DATA FOUND
- Source citation: 94-43965: Knudsen, J.M. Elements of Newtonian mechanics, c1995
- Information found: (classical mechanics)
670 ## - SOURCE DATA FOUND
- Source citation: Britannica Micro.:
- Information found: v. VI, p. 739, under Mechanics, Classical (Study of the motions of material bodies of ordinary size moving at speeds that are small compared with the speed of light)
670 ## - SOURCE DATA FOUND
- Source citation: McGraw-Hill dict. sci. tech.:
- Information found: under Newtonian mechanics (System of mechanics based upon Newton's laws of motion in which mass and energy are considered as separate, conservative, mechanical properties, in contrast to their treatment in relativistic mechanics)