Translation of "derivative time" to Japanese language:
Dictionary English-Japanese
Examples (External sources, not reviewed)
| First time I smiled doing a derivative. | (笑) |
| From that, we can see the value of the time derivative for the scale factor a dot or as expressed as explicitly as time derivative. | ドットの形か明示的に時間微分を書いても良い それはプラスかマイナスの ここに書いた値のルートだ |
| 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 |
| Well, the highest derivative here is the second derivative. | これは２次です |
| Show first derivative | 一番目の導関数を表示 |
| Show second derivative | 二番目の導関数を表示 |
| Derivative chain rule. | 内部の導関数は r です |
| 1st derivative r. | これは r ０で１で その係数のままです |
| Hence, the derivative 0. The derivative of logσ is 1 σ. | そしてこの式はちょっと変わってますね 分母にσ ²があります |
| So what's it's derivative? | 2 tのラプラス変換 ０での関数の値 |
| 2nd derivative r squared. | 一階の導関数の係数 r |
| So this is derivative. | そんな部分積分に 元の関数では 私たちを取る |
| What's the second derivative? | sin x の導関数をマイナスにしたものです |
| This is the anti derivative and this is also the anti derivative. | anti derivative これは g 首相 x のこの x の g です |
| The Friedmann Equation is now shown here, and this time, the square of the time derivative scale factor is positive. | 宇宙が膨張して行く時 時間は無限大に行き スケールファクターも無限に行き |
| The derivative operator, you get an expression, and you find find this derivative. | その導関数を見つけました 今度は何をしたいかというと ある式を得たら |
| This was the second derivative. | ラプラス変換は sの2乗 y t のラプラス変換ー |
| That's where the derivative is. | そして線の勾配はもちろん単に |
| That's the derivative of this. | ここに０がありました |
| CDOs are a derivative instrument. | 複雑に聞こえるかもしれませんが |
| What does it mean, derivative? | あなたは 住宅ローンの束を取ります |
| What's the derivative of this? | ルールに従って行うと |
| This is the anti derivative. | これは anti derivative でありこれも |
| The fourth derivative of x? | それ再度 cos x に相当します |
| The fourth derivative at zero. | Cos ０ １です |
| This is the derivative of this, just like this is the derivative of this. | これは この導関数です ここでは 混乱しないように 線を描きます |
| Derivative of the inside is r. | 外部の導関数は |
| We're just taking the derivative backwards. | もう一度 不定積分のビデオで復習してください |
| What's the first derivative of p? | pの1階の導関数は |
| What is the derivative at 0? | これは ０です |
| And so what's the third derivative? | これを消しますね |
| Well, what's the derivative of t? | tの導関数は 1 です |
| The derivative of t is 1. | だから １のラプラス変換ーf ０ です |
| Whose derivative is cosine of x? | それは sinXです |
| Derivative of 2y is just 2. | これから |
| It'll start taking the partial derivative. | この壁については恐れないでください |
| Now we took the anti derivative. | それを tがAから tが０を |
| So, they have this differential ? derivative. ? | y は何でしょうか |
| Now we're at the second derivative. | それは ー1 です |
| And then what's the fourth derivative? | それは 1 になります |
| You could take the sixth derivative. | ーsin x の導関数は |
| And what's the derivative of this? | これは x ３ ３で |
| So if someone were to ask you what is what is 2X the derivative derivative of? | つまり こう尋ねます 2xは何の 何の導関数かな その人は 本質的に不定積分について尋ねているのです |
Related searches : Time Derivative - Derivative Action Time - Derivative Market - Derivative Exposure - Derivative Suit - Derivative Liabilities - First Derivative - Derivative Positions - Second Derivative - Derivative Agreement - Create Derivative - Derivative Model
