Differentiation in Frequency Domain
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% create the definition symbol
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% z transform
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\newcommand{\iztp}{ ~~ \mathop{\mathcal{Z}^{-1}}\limits_{\longleftrightarrow} ~~ }
% fourier transform pair
\newcommand{\ftp}{ ~~ \mathop{\mathcal{F}}\limits_{\longleftrightarrow} ~~ }
\newcommand{\iftp}{ ~~ \mathop{\mathcal{F}^{-1}}\limits_{\longleftrightarrow} ~~ }
% laplace transform
\newcommand{\ltp}{ ~~ \mathop{\mathcal{L}}\limits_{\longleftrightarrow} ~~ }
\newcommand{\iltp}{ ~~ \mathop{\mathcal{L}^{-1}}\limits_{\longleftrightarrow} ~~ }
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% coordinate vector relative to a basis (linear algebra)
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% change of coordinate matrix (linear algebra)
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% Transformed vector set
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% sum transformed vector set
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% function def
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% vector set
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% absolute value
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% vector norm
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% trans
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% evaluate integral
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% slist
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% vectors
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% real
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% imaginary
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%Category Names:
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arg: The term being defined.
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arg: The name of the set. -->
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