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** SMPTE 382M: GC-AESBWF ( how to store AES / EBU and Broadcast Wave audio essence data in MXF using the Generic Container )
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** and SMPTE
** SMPTE 377M: The MXF File Format Specification ( the overall master document )
** SMPTE EG41: MXF Engineering Guide ( A guide explaining how to use MXF )
** SMPTE EG42: MXF Descriptive Metadata ( A guide explaining how to use descriptive metadata in MXF )
** SMPTE 390M: OP-Atom ( a very simple and highly constrained layout for simple MXF files )
** SMPTE 378M: OP-1a ( the layout options for a minimal simple MXF file )
** SMPTE 391M: OP-1b
** SMPTE 392M: OP-2a
** SMPTE 393M: OP-2b
** SMPTE 407M: OP-3a, OP-3b
** SMPTE 408M: OP-1c, OP-2c, OP-3c
** SMPTE 379M: Generic Container ( the way that essence is stored in MXF files )
** SMPTE 381M: GC-MPEG ( how to store MPEG essence data in MXF using the Generic Container )
** SMPTE 383M: GC-DV ( how to store DV essence data in MXF using the Generic Container )
** SMPTE 385M: GC-CP ( how to store SDTI-CP essence data in MXF using the Generic Container )
** SMPTE 386M: GC-D10 ( how to store SMPTE D10 essence data in MXF using the Generic Container )
** SMPTE 387M: GC-D11 ( how to store SMPTE D11 essence data in MXF using the Generic Container )
** SMPTE 384M: GC-UP ( how to store Uncompressed Picture essence data in MXF using the Generic Container )
** SMPTE 388M: GC-AA ( how to store A-law coded audio essence data in MXF using the Generic Container )
** SMPTE 389M: Generic Container Reverse Play System Element
** SMPTE 394M: System Item Scheme-1 for Generic Container
** SMPTE 405M: Elements and Individual Data Items for the GC SI Scheme 1
** SMPTE 380M: DMS1 ( a standard set of descriptive metadata to use with MXF files )
** and how
** Evaluative conditioning, how we can come to like or dislike something through an association
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** Atmospheric dispersion modeling, mathematical simulation of how air pollutants disperse in the ambient atmosphere
** Human-computer interaction ( security ), the study of how people interact with computers concerning information security
** Decide how a piece of real property is used ;
** Esoteric programming languages, a form of mathematical recreation in which programmers work out how to achieve basic programming constructs in an extremely difficult but mathematically Turing-equivalent language.
** Biologists report in the journal Science how they sequenced the genome of the bacterium that causes syphilis, Treponema pallidum.
** This feature results in Cockney being often mentioned in textbooks about Semitic languages while explaining how to pronounce the glottal stop.
** The marginal rate of substitution tells how much ' y ' a person is willing to sacrifice to get one more unit of ' x '.
** The Asgard dislike sharing most of their technology, but nevertheless were willing to give technology in gratitude to an inferior race ; this is how Earth got its hyperdrive and power source for that hyperdrive.
** Subject-object problem, the issue of how actors or observers relate to things that are observed or acted upon
:: Example: In the aftermath of the Civil War, there was an outpouring of discussion of the Second Amendment in Congress and in public discourse, as people debated whether ** 2810 and how to secure constitutional rights for newly free slaves.
** Various other minor dialogue changes throughout, mostly relating to the Eighth Doctor reflecting that he has missed Romana and K-9 since they left him and how much he enjoyed their company in the past.
** Differential nonlinearity ( DNL ) shows how much two adjacent code analog values deviate from the ideal 1 LSB step.
** Integral nonlinearity ( INL ) shows how much the DAC transfer characteristic deviates from an ideal one.
** To do this, look at how many elements are left after the new heap of size L ( x ).
** House of Commons Information Office: Factsheet G17 -- The Official Report ( Hansard ) History of publication, current use, how to cite it, etc.
** Linear algebra explains how a vector space can be given a basis, and then any vector can be expressed in this basis.
** Thermal conductivity, how well heat is conducted through a substance
1.899 seconds.