pandoc-3.6: test/typst-reader.native
Pandoc
Meta { unMeta = fromList [] }
[ Header
1
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[ Str "Fibonacci" , Space , Str "sequence" ]
, Para
[ Str "The"
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, Str "sequence"
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, Space
, Str "defined"
, Space
, Str "through"
, Space
, Str "the"
, SoftBreak
, Str "recurrence"
, Space
, Str "relation"
, Space
, Math InlineMath "F_{n} = F_{n - 1} + F_{n - 2}"
, Str "."
, SoftBreak
, Str "It"
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, Str "can"
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, Str "also"
, Space
, Str "be"
, Space
, Str "expressed"
, Space
, Str "in"
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, Emph [ Str "closed" , Space , Str "form:" ]
]
, Para
[ Math
DisplayMath
"F_{n} = \\left\\lfloor {\\frac{1}{\\sqrt{5}}\\phi^{n}} \\right\\rceil,\\quad\\phi = \\frac{1 + \\sqrt{5}}{2}"
]
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[ Str "The"
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, Space
, Str "8"
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, Str "numbers"
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, Str "of"
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, Str "the"
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, Str "sequence"
, Space
, Str "are:"
]
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[ Table
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AlignDefault
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(ColSpan 1)
[ Para [ Math InlineMath "F_{2}" ] ]
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(ColSpan 1)
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AlignDefault
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(ColSpan 1)
[ Para [ Math InlineMath "F_{4}" ] ]
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AlignDefault
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(ColSpan 1)
[ Para [ Math InlineMath "F_{6}" ] ]
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[ Para [ Math InlineMath "F_{8}" ] ]
]
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(ColSpan 1)
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( "" , [] , [] )
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( "" , [] , [] )
AlignDefault
(RowSpan 1)
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( "" , [] , [] )
AlignDefault
(RowSpan 1)
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( "" , [] , [] )
AlignDefault
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]
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(TableFoot ( "" , [] , [] ) [])
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[ Para
[ Span
( "" , [] , [ ( "align" , "center" ) ] )
[ Underline
[ Link
( "" , [] , [] )
[ SoftBreak
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[ Str "Typst"
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, Space
, Str "for"
, Space
, Str "Undergrads"
]
, SoftBreak
]
( "https://github.com/johanvx/typst-undergradmath"
, ""
)
]
]
]
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[ Str "This"
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[ Span
( "" , [ "box" ] , [] )
[ Str "L\8202A\8202"
, Span ( "" , [ "box" ] , [] ) [ Str "T\8202E\8202X" ]
]
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, Str "Undergrads"
]
, Space
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, Str "Hefferon."
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, Str "version"
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, Str "available"
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, Str "at"
, Space
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[ Underline
[ Link
( "" , [] , [] )
[ Str
"https://gitlab.com/jim.hefferon/undergradmath"
]
( "https://gitlab.com/jim.hefferon/undergradmath"
, ""
)
]
]
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]
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[ Strong
[ Str "Meaning"
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, Str "annotations\8192\160"
]
]
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[]
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Str "2023-05-22"
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, Str "\10060"
]
]
]
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( "" , [] , [] )
AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Str "This"
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, Str "Last"
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, Str "check"
, Space
, Str "date"
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, Str "is"
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, Str "2023-05-22."
]
]
]
]
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(TableFoot ( "" , [] , [] ) [])
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, Table
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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[]
[ Row
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[ Span
( "" , [ "box" ] , [] ) [ Str "\128166" ]
]
]
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(ColSpan 1)
[ Para
[ Str "Get"
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]
]
]
]
]
(TableFoot ( "" , [] , [] ) [])
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Str "No"
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, Str "\128533"
]
]
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[ Para
[ Str "Don\8217t"
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]
]
]
]
]
(TableFoot ( "" , [] , [] ) [])
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[ Strong [ Str "Rule" , Space , Str "One\8192\160" ]
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, Math InlineMath "7"
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, Code ( "" , [] , [] ) "the value of $x$ is $7$"
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]
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[ Strong [ Str "Template\8192\160" ]
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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[]
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( "" , [] , [] )
AlignDefault
(RowSpan 1)
(ColSpan 1)
[ CodeBlock
( "" , [] , [] )
"-- document body here --\n "
]
]
]
]
(TableFoot ( "" , [] , [] ) [])
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[ Strong
[ Str "Common" , Space , Str "constructs\8192\160" ]
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[ Table
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(TableHead ( "" , [] , [] ) [])
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[ Math InlineMath "x^{2}"
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]
]
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[ Span
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[ Math InlineMath "\\sqrt{2}"
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, Str ","
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, Code ( "" , [] , [] ) "root(n, 3)"
]
]
]
]
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[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "x_{i,j}"
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]
]
]
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( "" , [ "box" ] , [] )
[ Math InlineMath "\\frac{2}{3}"
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]
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]
(TableFoot ( "" , [] , [] ) [])
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[ Strong
[ Str "Calligraphic" , Space , Str "letters\8192\160" ]
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, Code ( "" , [] , [] ) "$cal(A)$"
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]
, Para
[ Math DisplayMath "\\mathcal{ABCDEFGHIJKLMNOPQRSTUVWXYZ}" ]
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[ Str "Getting"
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( "" , [ "ref" ] , [] )
[ Str "[unavailable]" ]
( "#unavailable" , "" )
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]
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[ Table
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(TableHead ( "" , [] , [] ) [])
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]
]
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[ Span
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]
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]
]
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[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\pi"
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]
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[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\delta"
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]
]
]
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\varpi"
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]
]
]
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[ Span
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[ Math InlineMath "\\epsilon"
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[ Span
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]
]
]
]
, Row
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[ Span
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[ Math InlineMath "\\varepsilon"
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]
]
]
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[ Span
( "" , [ "box" ] , [] )
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[ Span
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[ Math InlineMath "\\sigma"
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[ Span
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]
]
]
]
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[ Span
( "" , [ "box" ] , [] )
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\upsilon"
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[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\phi"
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\varphi"
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]
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]
]
, Row
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[ Cell
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\lambda"
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\chi"
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]
]
]
]
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( "" , [] , [] )
[ Cell
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\mu"
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]
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]
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[ Para
[ Span
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[ Math InlineMath "\\psi"
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, Code ( "" , [] , [] ) "Psi"
]
]
]
]
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[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\nu"
, Str "\8192"
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AlignDefault
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\omega"
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, Space
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, Str "\8192"
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, Str ","
, Space
, Code ( "" , [] , [] ) "Omega"
]
]
]
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(TableFoot ( "" , [] , [] ) [])
]
, Para
[ Strong
[ Str "Sets"
, Space
, Str "and"
, Space
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]
, Div
( "" , [] , [ ( "align" , "center" ) ] )
[ Table
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[ ( AlignLeft , ColWidthDefault )
, ( AlignLeft , ColWidthDefault )
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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[ Para
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, Cell
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[ Para
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]
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\forall"
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]
]
]
, Row
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[ Cell
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(ColSpan 1)
[ Para
[ Span
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[ Math InlineMath "\\cap"
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]
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, Cell
( "" , [] , [] )
AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\mathbb{Z}"
, Str "\8192"
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, Str ","
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]
]
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, Cell
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\exists"
, Str "\8192"
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]
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, Row
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[ Cell
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[ Para
[ Span
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[ Math InlineMath "\\subset"
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( "" , [] , [] )
AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\mathbb{Q}"
, Str "\8192"
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, Str ","
, Space
, Code ( "" , [] , [] ) "bb(Q)"
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]
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, Cell
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AlignDefault
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\neg"
, Str "\8192"
, Code ( "" , [] , [] ) "not"
]
]
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, Row
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[ Cell
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\subseteq"
, Str "\8192"
, Code ( "" , [] , [] ) "subset.eq"
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]
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, Cell
( "" , [] , [] )
AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\mathbb{N}"
, Str "\8192"
, Code ( "" , [] , [] ) "NN"
, Str ","
, Space
, Code ( "" , [] , [] ) "bb(N)"
]
]
]
, Cell
( "" , [] , [] )
AlignDefault
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(ColSpan 1)
[ Para
[ Span
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[ Math InlineMath "\\vee"
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[ Cell
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\supset"
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]
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, Cell
( "" , [] , [] )
AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\mathbb{C}"
, Str "\8192"
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, Str ","
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, Code ( "" , [] , [] ) "bb(C)"
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]
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, Cell
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\land"
, Str "\8192"
, Code ( "" , [] , [] ) "and"
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]
]
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, Row
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[ Cell
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[ Para
[ Span
( "" , [ "box" ] , [] )
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, Cell
( "" , [] , [] )
AlignDefault
(RowSpan 1)
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\varnothing"
, Str "\8192"
, Code ( "" , [] , [] ) "diameter"
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]
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, Cell
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\vdash"
, Str "\8192"
, Code ( "" , [] , [] ) "tack.r"
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]
]
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, Row
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[ Cell
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\in"
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, Cell
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\varnothing"
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
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, Row
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[ Cell
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[ Para
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( "" , [ "box" ] , [] )
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, Cell
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AlignDefault
(RowSpan 1)
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[ Para
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( "" , [ "box" ] , [] )
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
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(TableFoot ( "" , [] , [] ) [])
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[ Str "Negate"
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, Str "operator,"
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, Math InlineMath "\8836"
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, Code ( "" , [] , [] ) "subset.not"
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, Space
, Str "with"
, Space
, Code ( "" , [] , [] ) "A^(sans(c))"
, Space
, Str "(or"
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, Math InlineMath "A^{\\complement}"
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, Code ( "" , [] , [] ) "A^(complement)"
, Str ","
, Space
, Str "or"
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, Math InlineMath "\\overline{A}"
, Space
, Str "with"
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, Code ( "" , [] , [] ) "overline(A)"
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, DefinitionList
[ ( [ Str "Remark" ]
, [ [ Para
[ Str "Using"
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, Code ( "" , [] , [] ) "diameter"
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, Str "confusion."
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, Str "However,"
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( "" , [ "box" ] , [] )
[ Str "L\8202A\8202"
, Span
( "" , [ "box" ] , [] )
[ Str "T\8202E\8202X" ]
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, Space
, Str "also"
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, Math InlineMath "\\varnothing"
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, Str "("
, Code ( "" , [] , [] ) "\\u{2300}"
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, Str "instead"
, Space
, Str "of"
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, Str "("
, Code ( "" , [] , [] ) "\\u{2205}"
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, Str "see"
, Space
, Underline
[ Link
( "" , [] , [] )
[ Str "newcm"
, Space
, Math InlineMath "\167"
, Str "13.3"
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( "https://mirrors.sustech.edu.cn/CTAN/fonts/newcomputermodern/doc/newcm-doc.pdf"
, ""
)
]
, Str "."
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, Str "is"
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( "" , [] , [] )
"text(font: \"Fira Sans\", nothing)"
, Str ","
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, Str "but"
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, Math InlineMath "\\varnothing"
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, Str "widely"
, Space
, Str "used"
, Space
, Str "one."
, SoftBreak
, Str "Ultimately,"
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, Str "the"
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, Str "choice"
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, Str "always"
, Space
, Strong [ Str "your" , Space , Str "decision" ]
, Str "."
]
]
]
)
]
, Para [ Strong [ Str "Decorations\8192\160" ] ]
, Div
( "" , [] , [ ( "align" , "center" ) ] )
[ Table
( "" , [] , [] )
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[ ( AlignLeft , ColWidthDefault )
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, ( AlignLeft , ColWidthDefault )
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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(RowHeadColumns 0)
[]
[ Row
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[ Cell
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(RowSpan 1)
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "f'"
, Str "\8192"
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, Code ( "" , [] , [] ) "f prime"
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]
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, Cell
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(RowSpan 1)
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\dot{a}"
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, Cell
( "" , [] , [] )
AlignDefault
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
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, Row
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[ Cell
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "f''"
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( "" , [] , [] ) "f prime.double"
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, Cell
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AlignDefault
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\ddot{a}"
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, Code ( "" , [] , [] ) "diaer(a)"
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]
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, Cell
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\overline{a}"
, Str "\8192"
, Code ( "" , [] , [] ) "macron(a)"
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]
]
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[ Cell
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(ColSpan 1)
[ Para
[ Span
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[ Math InlineMath "\\Sigma^{\\ast}"
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]
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(RowSpan 1)
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[ Para
[ Span
( "" , [ "box" ] , [] )
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, Cell
( "" , [] , [] )
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math
InlineMath
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(TableFoot ( "" , [] , [] ) [])
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[ Str "If"
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, Space
, Code ( "" , [] , [] ) "\\u{1D6A4}"
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, Link
( "" , [ "ref" ] , [] )
[ Str "[tricky]" ]
( "#tricky" , "" )
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, Str "and"
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, Code ( "" , [] , [] ) "\\u{1D6A5}"
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( "" , [ "ref" ] , [] )
[ Str "[tricky]" ]
( "#tricky" , "" )
, Str ","
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, Str "as"
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, Math InlineMath "\\overset{\\rightarrow}{\\imath}"
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, Code ( "" , [] , [] ) "arrow(\\u{1D6A4})"
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, Para
[ Str "Entering"
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, Space
, Math InlineMath "\\overline{x + y}"
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, Para
[ Span
( "" , [] , [ ( "align" , "center" ) ] )
[ Span
( "" , [ "box" ] , [] )
[ Math
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, Code ( "" , [] , [] ) "underbrace(x + y, |A|)"
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[ Strong [ Str "Dots\8192\160" ]
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, Math InlineMath "\\left\\{ 0,1,2,\\ldots \\right\\}"
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, Code ( "" , [] , [] ) "{0, 1, 2, ...}"
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, Code ( "" , [] , [] ) "1 + dots.h.c + 100"
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[ Strong [ Str "Roman" , Space , Str "names\8192\160" ]
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( "" , [] , [ ( "align" , "center" ) ] )
[ Table
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[ ( AlignLeft , ColWidthDefault )
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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[ Span
( "" , [ "box" ] , [] )
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[ Para
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[ Para
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[ Para
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[ Para
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[ Para
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[ Para
[ Span
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[ Para
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[ Para
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(ColSpan 1)
[ Para
[ Span
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[ Math InlineMath "\\max"
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, Code ( "" , [] , [] ) "max"
]
]
]
]
, Row
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[ Cell
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(ColSpan 1)
[ Para
[ Span
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[ Math InlineMath "\\cot"
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]
]
]
, Cell
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\dim"
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]
]
]
, Cell
( "" , [] , [] )
AlignDefault
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(ColSpan 1)
[ Para
[ Span
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[ Math InlineMath "\\inf"
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]
]
]
]
, Row
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[ Cell
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
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]
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, Cell
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
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]
]
, Cell
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AlignDefault
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[ Para
[ Span
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[ Math InlineMath "\\sup"
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]
]
]
, Row
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[ Cell
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[ Para
[ Span
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[ Math InlineMath "\\log"
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]
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, Cell
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AlignDefault
(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\deg"
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]
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\liminf"
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]
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, Row
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[ Cell
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[ Para
[ Span
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[ Para
[ Span
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[ Math InlineMath "\\arg"
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]
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AlignDefault
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[ Para
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, Row
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[ Cell
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AlignDefault
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(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Para
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[ Math InlineMath "\\gcd"
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[ Para
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]
]
]
]
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(TableFoot ( "" , [] , [] ) [])
]
, Para
[ Strong [ Str "Other" , Space , Str "symbols\8192\160" ] ]
, Div
( "" , [] , [ ( "align" , "center" ) ] )
[ Table
( "" , [] , [] )
(Caption Nothing [])
[ ( AlignLeft , ColWidthDefault )
, ( AlignLeft , ColWidthDefault )
, ( AlignLeft , ColWidthDefault )
]
(TableHead ( "" , [] , [] ) [])
[ TableBody
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[]
[ Row
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[ Para
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[ Para
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]
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[ Para
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]
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[ Cell
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[ Para
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[ Para
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[ Para
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[ Para
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[ Para
[ Span
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, Cell
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[ Para
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[ Cell
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[ Para
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]
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, Cell
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[ Para
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[ Math InlineMath "\\parallel"
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[ Para
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[ Para
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[ Para
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( "" , [ "box" ] , [] )
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[ Para
[ Span
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[ Math InlineMath "\\div"
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, Row
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[ Cell
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[ Para
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]
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[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Para
[ Span
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[ Math InlineMath "\\ast"
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, Row
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[ Cell
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[ Para
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[ Para
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( "" , [] , [] ) "tilde.equiv.not"
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[ Para
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, Row
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[ Cell
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[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Para
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[ Cell
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[ Para
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( "" , [ "ref" ] , [] )
[ Str "[tricky]" ]
( "#tricky" , "" )
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[ Para
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[ Para
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[ Para
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( "" , [ "box" ] , [] )
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[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Cell
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[ Para
[ Span
( "" , [ "box" ] , [] )
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[ Para
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( "" , [ "box" ] , [] )
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[ Para
[ Span
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[ Para
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[ Para
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[ Para
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( "" , [] , [] ) "planck.reduce"
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[ Para
[ Span
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[ Para
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[ Para
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( "" , [] , [] )
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[ Para
[ Span
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( "" , [] , [] )
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\otimes"
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( "" , [] , [] )
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(RowSpan 1)
(ColSpan 1)
[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\star"
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( "" , [] , [] )
[ Cell
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[ Para
[ Span
( "" , [ "box" ] , [] )
[ Math InlineMath "\\propto"
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[ Para
[ Span
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( "" , [ "ref" ] , [] )
[ Str "[tricky]" ]
( "#tricky" , "" )
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[ Para
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[ Cell
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[ Para
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( "" , [ "ref" ] , [] )
[ Str "[tricky]" ]
( "#tricky" , "" )
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[ Para
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[ Para
[ Span
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(TableFoot ( "" , [] , [] ) [])
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[ Str "Use"
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InlineMath
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( "" , [] , [ ( "align" , "center" ) ] )
[ Table
( "" , [] , [] )
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[ ( AlignLeft , ColWidthDefault )
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(TableHead ( "" , [] , [] ) [])
[ TableBody
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[ Row
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[ Para
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[ Para
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[ Para
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( "" , [] , [] )
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[ Para
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[ Para
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