Recent content by Tenshou

Thank you, this was very helpful information :) I owe it to you.

Does anyone know what this is, I found it one day(today) on my computer and I am not sure what it is or what to do with it, I ran it it and... it is still running, does anyone know if this is real software or some fake software.

I see, well thanks for clearing that up.

I thought the only special case was reserved for the indicator function? you know ##\mathbb{1}_{\mathcal{A}} : \mathcal{A} \to \{1,0\}##, because this function has that range space, and what this does is "project" all the elements giving it a value of 1 or 0, then when you integrate this you get...

Yes I know that. But the question is how do you raise a set to a power, that doesn't make sense. Well couldn't some one define "2" by a set of ordinals? meaning couldn't "the set 2" be ##\{ ,\{ \}\}## so then it would be "2" with "2"elements, or the power set of a set with 1 element? You have...

Thank you so much! I needed this!

I am confused I understand that the power set has ##2^{|\mathcal{A}|}## members, but they write it as ##2^{\mathcal{A}}## I don't understand why they just don't write it as ##\mathcal{P}(\mathcal{A})## to refer to the power set which has ##2^{|\mathcal{A}|}## elements, isn't that an abuse of...

Thank you jtbell. I guess I had over looked.

I have noticed that I have been receiving a large number infractions, and I just wish to know: "How many infractions is enough to get me banned". I cannot find where the limit is, I just want to know if I should leave before I get banned, or keep asking my questions on this forum. And why do...

That is what I need, Help! I have been working on a project and I can't seem to include the Form app into the Console app and vice versa. Does anyone know how one may do this?

okay. ## S_{x}## is what you need that is the partial derivative of S with respect to x, so you get something that looks like this after taking the first derivative ##S_{x} = -16x ln( {2x} ) - 4x## So what I did was product rule then chain rule, I am not exactly sure if the last part with...

Is this the original question?

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Is that the original problem?

okay so the first part doesn't vanish they both have x terms so it seems like you lost a a term :/ the natural log term