Formula q_71 (Q69): Difference between revisions

Latest revision as of 12:54, 20 April 2020

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English	Formula q_71	No description defined

q_71

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\iint _{V}f(x,y)dx\ dy=\iint _{Q}f(\Phi (u,v){\Bigg |}{\frac {\partial {\Phi }}{\partial {u}}}\times {\frac {\partial {\Phi }}{\partial {v}}}{\Bigg |}

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Revision as of 12:54, 20 April 2020 SchuBot (talk \| contribs) SchuBot, Bots, Bureaucrats, flow-bot, Suppressors, Administrators 4,665 edits ‎Created claim: arqmath formula id (P8): q_71 ← Older edit	Latest revision as of 12:54, 20 April 2020 SchuBot (talk \| contribs) SchuBot, Bots, Bureaucrats, flow-bot, Suppressors, Administrators 4,665 edits ‎Created claim: Defining formula (P1): \iint_{V} f(x,y) dx\ dy = \iint_{Q} f(\Phi(u,v) \Bigg\| \frac{\partial{\Phi}}{\partial{u}} \times \frac{\partial{\Phi}}{\partial{v}} \Bigg\|
	Property / Defining formula
		$\iint _{V}f(x,y)dx\ dy=\iint _{Q}f(\Phi (u,v){\Bigg \|}{\frac {\partial {\Phi }}{\partial {u}}}\times {\frac {\partial {\Phi }}{\partial {v}}}{\Bigg \|}$ `\iint_{V} f(x,y) dx\ dy = \iint_{Q} f(\Phi(u,v) \Bigg\| \frac{\partial{\Phi}}{\partial{u}} \times \frac{\partial{\Phi}}{\partial{v}} \Bigg\|`
	Property / Defining formula: $\iint _{V}f(x,y)dx\ dy=\iint _{Q}f(\Phi (u,v){\Bigg \|}{\frac {\partial {\Phi }}{\partial {u}}}\times {\frac {\partial {\Phi }}{\partial {v}}}{\Bigg \|}$ / rank
		Normal rank