Difference between revisions of "Implicit differentiation"
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− | Implicit differentiation is differentiating both sides of an implicit equation with respect to one of the variables. The dependent variable is treated as a function of the independent variable and is differentiated with the chain rule. | + | {{stub}} |
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+ | == Introduction == | ||
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+ | Implicit differentiation is differentiating both sides of an implicit equation with respect to one of the variables. The [[dependent variable]] is treated as a [[function]] of the [[independent variable]] and is differentiated with the [[chain rule]]. | ||
− | + | == Definition == | |
− | + | ''A formal definition is needed''--[[User:10000th User|10000th User]] 13:23, 15 November 2007 (EST) | |
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+ | == Example == | ||
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+ | == See also == |
Revision as of 13:23, 15 November 2007
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Contents
[hide]Introduction
Implicit differentiation is differentiating both sides of an implicit equation with respect to one of the variables. The dependent variable is treated as a function of the independent variable and is differentiated with the chain rule.
Definition
A formal definition is needed--10000th User 13:23, 15 November 2007 (EST)