"partial derivative"の翻訳 日本語へ:
辞書 英語-日本
例 (レビューされていない外部ソース)
| It'll start taking the partial derivative. | この壁については恐れないでください |
| And that is called the partial derivative. | これは変な呼び方に聞こえるだろうけど すぐ理解するでしょう |
| I i j will be used to compute the partial derivative term, partial derivative respect to theta I i j of | Jのシータの シータlijに関する偏微分の項を 計算するのに 使う事になる |
| The partial derivative of z with respect to x. | これはイコール 私たちがすべきなのは この式のみですが |
| Then we take the partial derivative this is the notation. | これが記法です これが記法です dの上が曲がったように見えるだろうね |
| This is just the derivative of psi, with respect to x, using the partial derivative chain rule. | 偏微分の連鎖律を使用した xに関するpsi の偏導関数です だからそれを書き直すことができます |
| Because the derivative of psi, with respect to x, using the partial derivative chain rules, is this. | 偏微分の連鎖則により これです この x に関しての偏微分は これです |
| So what's the partial derivative of this with respect to y? | 何でしょう y に関して偏微分は |
| But you can kind of say we took an anti partial derivative. | しかし これは不定な偏微分と取ったようなものです xに対するの偏微分を取ったとき |
| And then I were to take the partial derivative with respect to y. | yに関する偏微分を取ると yに関する偏微分を取ると これを書く際 |
| If you were to take just a partial derivative with respect to x. | xに関する偏微分だけを取るとすれば だから x に対する偏微分のみを取った場合 |
| It's ordinary, because we only have a regular derivative, no partial derivatives here. | 偏導関数では ありません そして これは 線形ですか 非線形ですか |
| So this is going to be equal to the partial derivative of psi with respect to x plus the partial derivative of psi with respect to y times dy dx. | psi のyに関しての偏微分を加えたものに dy dxで掛けたものに等しくなります dy dxで掛けたものに等しくなります |
| And the partial derivative of psi, with respect to x, is equal to M. | Mに等しく yに関しての psi の偏微分は |
| And the partial derivative of psi, with respect to y, is equal to N. | N に等しくなります 次のビデオを |
| So the partial derivative of z with respect to x is 2x plus y. | さて これは何を意味するでしょうか |
| So now, if we consider this whole thing our new M, the partial derivative of this with respect to y should be equal to the partial derivative of this with respect to x. | y に対する偏微分は このxに関する偏微分に等しくされます このxに関する偏微分に等しくされます |
| If you're wondering why I changed the notation from these partial derivative symbols. If you don't know what the difference is between these partial derivative symbols and the dd theta don't worry about it. | 偏微分の記号とと dd theta の違いは気にしないでください 厳密には数学上 |
| And if I wanted to take the partial of this, with respect to no, I want to take the derivative, not the partial the derivative of this, with respect to x, this is equal to the partial of psi, with respect to x, plus the partial of psi, with respect to y, times dy, dx. | このxに関する微分を得たい場合 このxに関する微分を得たい場合 xに関する偏微分に yに関する 偏微分にdy dxを掛けたものを |
| Similarly, this is going to be the partial derivative of psi, with respect to y, but when we do the test, we take the partial of it with respect to x so we get that mixed derivative. | 混合の微分を得るため xに関する微分を取ります xに関する微分を取ります |
| And computing these partial derivatives, so going from this equation to either of these equations down there, computing those partial derivative terms requires some multivariate calculus. | つまり この式から これらの式を導くには 偏微分の項を計算するのに |
| Let me just show you what the derivative using what we knew before you even learned anything about the partial derivative chain rule what is the derivative of psi with respect to x. | 以前に習った微分の連鎖則を利用し psi のxに関する微分はなんでしょう psi のxに関する微分はなんでしょう |
| But when we took the partial derivative of this expression, which we could call M with respect to y, it was different than the partial derivative of this expression, which is N in the exact differential equations world. | 完全方程式では 同等のはずのMyとNxは 完全方程式では 同等のはずのMyとNxは 異なっていました |
| If you took the derivative of psi with respect to x, it should be equal to this whole thing, just using the partial derivative chain rule. | それは この全体に等しくなります これは 偏微分の連鎖則です psi が分かっています |
| And for this term, partial derivative with respect to theta(1), it turns out I get this term | 偏微分は 結局 この項となる y(i)と 掛けるx(i) |
| The partial derivative of f with respect to x and still a function of x and y, right? | それでいてなお x,yの関数 だよね yを定数と仮定し続けるとしたら |
| All of these green terms you can view as a partial derivative of psi with respect to x. | psi のx に関しての偏微分と見なされます Y が定数であるようなに扱いました |
| Partial | 部分測光 |
| Partial | 一部に低い |
| If psi is a function of x and y, and I would take not a partial derivative, I would take the full derivative of psi with respect to x, it's equal to the partial of psi with respect to x, plus the partial of psi with respect to y, times dy dx. | 偏微分ではなく 完全微分を取るには xに関する偏微分と yに関する偏微分にdy dxを掛けたものを |
| So for example, take the partial derivative of this with respect to x, you're going to get this, right? | これが得られます Y のみ関数のxに関する偏微分は |
| Because the partial derivative of a function, purely of y, with respect to x, is going to be 0. | 0 になります だからそれが消えます |
| Partial Charge | 部分電荷 |
| And it turns out we need to figure out what is the partial derivative of two cases for J equals 0 and for J equals 1 want to figure out what is this partial derivative for both the theta(0) case and the theta(1) case. | 2つのケースについての 偏微分がどうなるかを知る必要がある訳だ j 0のケースと |
| And we know that this differential equation, up here, can be rewritten as, the derivative of psi with respect to x, and that just falls out of the partial derivative chain rule. | psi のxに関する偏微分と書き換えられるので これは 偏微分の連鎖則です これは 偏微分の連鎖則です |
| Textcompletion Partial Match | テキスト補完 部分的にマッチComment |
| 1st derivative | 一番目の導関数 |
| 2nd derivative | 二番目の導関数 |
| Anti derivative. | 不定積分について考える一つの方法は |
| Because we know that the derivative, with respect to x of psi, is equal to the partial of psi, with respect to x, plus the partial of psi, with respect to y, times y prime. | xに関するpsi の偏関数 y に関するpsi の偏関数掛けるy に xに関するpsi の偏関数 y に関するpsi の偏関数 y に 等しくなります |
| So if you took the partial derivative with respect to x of this term, you treat a function of y as a constant. | この項の y の関数を定数として扱います だからこの微分は f １ x g１ y です |
| Well, the highest derivative here is the second derivative. | これは２次です |
| Because this has partial negative charge, this has a partial positive charge. | 部分的な正電荷 別の 1 つの権利があるを行うことができます |
| So what if I had, say, this function, psi, and I were to take the partial derivative of psi, with respect to x, first. | xに関しての偏微分を取ると psi を記述します |
| So when you take a derivative, when you take a partial with respect to just x, a pure function of just y would get | yのみの関数は失われます これは 定数が不定積分で |
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