Translation of "differential expression" to Japanese language:
Dictionary English-Japanese
Examples (External sources, not reviewed)
| This dy is differential. dx is a differential. | dx も差異です これを概念化する方法の 1 つは 無限小の変化 y を 無限小の変化xにより割ります |
| What's a differential? | 例えば |
| Homogeneous differential equation. | 微分方程式内でも |
| Math, differential equations. | 線形代数 科学 物理 |
| Expression goes to expression plus expression. | 考え方としてはこうです |
| Expression goes to expression plus expression. | のつく形やnumにもなります |
| But this you could almost use differential notation. dy is a differential and dx is a differential. | dy が微分で dxが微分と扱うことができます 微分の意味は何でしょうか |
| Then expression goes to expression minus expression. | このnumが6なので こちらのnumは5に違いありません |
| So the differential equations. | 微分方程式とはなんでしょう |
| Here's differential productivity rates. | アメリカの特許を一つ 得るのに必要な人数は |
| If I'm using expression goes to expression plus expression, | 1つのノードに3つの子を持ちます |
| There's our first grammar rule, expression goes to expression expression. | 2つ目にはマイナス記号が入ります |
| Expression | 式 |
| Expression | 語句 |
| Expression | 表現 |
| It is called the differential, | デフはデファレンシャル つまり回転数の違いをさします |
| What does a differential mean? | 微分は 無限に小さい y を意味します |
| Differential equations are something different. | 解は 実際には関数です |
| least the solvable differential equations. | 次のビデオを参照してください |
| We're solving a differential equation. | 解には e があります |
| What is a differential equation? | 微分方程式は 未知の関数とその導関数に関する |
| We've seen that before with expression goes to expression plus expression. | 正規表現にあるi は 文法では4つ目のルールのioptに対応します |
| An expression can be a number or an expression plus an expression or an expression minus an expression or maybe a negated expression, like negative 3. | 3のような形になります 解析木を作っていきます |
| left hand expression into a squared expression. | 1 つ以上をしましょう |
| Let's do one more homogeneous differential equation, or first order homogeneous differential equation, to differentiate it from the homogeneous linear differential equations we'll do later. | 1階斉次微分方程式です 後に習う斉次線形微分方程式とは異なります 後に習う斉次線形微分方程式とは異なります |
| That's what a differential essentially is. | 微分は 本当に |
| So what is a differential equation? | それは微分を含む方程式です |
| So, they have this differential ? derivative. ? | y は何でしょうか |
| We have solved this differential equation. | これは 内包的な形ですが |
| This was the original differential equation. | そのため定数を解決したい場合は |
| Evaluate Expression | 式を評価 |
| Variable Expression | 変数式 |
| Set Expression | 式を設定 |
| Regular Expression | 正規表現 |
| Regular expression | 正規表現 |
| To Expression | 式へ |
| Regular expression | 正規表現 |
| expression expected | 式を期待 |
| Clear expression | 正規表現を消去 |
| And even within differential equations, we'll learn later there's a different type of homogeneous differential equation. | 異なった種類の斉次微分方程式が存在します 異なった種類の斉次微分方程式が存在します 斉次線形微分方程式と呼ばれるものは |
| What does a homogeneous differential equation mean? | 通常の1階微分方程式で |
| How does this relate to word differential ? | この dy は 差異です |
| making math matter differential equations in action. | 講義でお待ちしています |
| Partial differential equations we'll get into later. | 後で説明します |
| Let's say this is my differential equation. | 3xy yの2乗 |
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