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Mathematics
Calculus
"Hence the partial derivatives ru and rv at P are tangential
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[QUOTE="Ssnow, post: 5476582, member: 555040"] Is as in one dimension where the angular coefficient of the tangent line of a function ##f(x)## is the derivative in this point. In this case you have that the surface ##S## is a function of two variables ##f(x,y)## so the partial derivatives generate a plane (not a line!) that is the tangent plane at ##P## ... I simplify a lot with the hope to clarify the concept ... [/QUOTE]
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Forums
Mathematics
Calculus
"Hence the partial derivatives ru and rv at P are tangential
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