vktsn0303
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If v is of order δ, what is the order of ∂v/∂x and ∂2v/∂x2 ?
The discussion revolves around the concept of the "order" of a variable v and its derivatives, specifically ∂v/∂x and ∂2v/∂x2. Participants explore the implications of v being of order δ, including the interpretation of "order" in the context of derivatives and potential confusion surrounding the terminology.
Participants do not reach a consensus on the meaning of "order" in this context, and multiple competing interpretations remain. The discussion reflects uncertainty and differing viewpoints regarding the terminology and implications of the order of derivatives.
Limitations include a lack of clarity on the definition of "order" as used by the original poster and the absence of specific context for the question posed.
vktsn0303 said:If v is of order δ, what is the order of ∂v/∂x and ∂2v/∂x2 ?
What do you mean by "order"? Order is usually used in reference to derivatives, with dy/dx and ∂y/∂x being first-order derivatives, and with ##\frac{d^2y}{dx^2}## and ##\frac{\partial^2y}{\partial x^2}## being second-order derivatives.vktsn0303 said:If v is of order δ, what is the order of ∂v/∂x and ∂2v/∂x2 ?
Some context here from the OP would be helpful, although it's been a week since the question was posted, so we might never know.Battlemage! said:What if v is a derivative? So if δ were n, v would be an nth order derivative, making the other two...
Sorry, only thing that makes any sense to me. Seems to be some sort of trick question.