Translation of "in this equation" to Japanese language:
Examples (External sources, not reviewed)
| So this would satisfy this equation, but it would not satisfy this equation. | この方程式を満たします 平方根を取る際に 注意してください |
| That'll satisfy this equation. | 最終的に |
| It is this equation. | だからこれは同じです |
| Let's use this equation. | ０ 1 4 k です |
| Let's solve this equation. | 覚えていますか すべての式は同じ形式にします |
| This is an equation | 等式とは こっちの辺はあっちの辺と同じです という意味です |
| And I can put it in this simple equation. | アイデアが浮かぶと |
| But there's an extra symbol in this equation H. | そう H です |
| This is an exact equation. | 完全方程式の場合 |
| This first equation looks a | 見えるかもしれないが |
| This equation describes gradient descent. | 最初は少し怖気づきますよね |
| And this is an equation. | 1 つの側が行ったことを |
| But this is an equation. | 方程式の片側に何かをするとき |
| Enter the equation you want to balance in this field. | 計算する方程式をこのフィールドに入力します |
| And, in the last video, we had this differential equation. | 完全方程式のように見えましたが |
| I won't revise this equation, but this is the fundamental equation that governs when things are in focus, for a lens. | これはレンズの焦点を決定する基本方程式です |
| And if you link this N, is in the denominator of this equation. | だからnが大きくなると 標準誤差は下がる OK |
| This is the equation plus c. | 複素平面のどの点でも |
| left hand side of this equation. | だから1 を右側に追加する必要があります |
| An exact equation looks like this. | 色を変えます |
| So let's just rearrange this equation. | だからラプラス変換 f t で |
| But this is our characteristic equation. | この平方根を求めます |
| This is the exact same equation. | この式を利用し |
| Let's rewrite this equation up here. | vb ビルの速度を解きましょう |
| That's the equation of this line. | 不平等の方程式をが問題です |
| So let's just solve this equation. | xの項を足すと ３x |
| 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 |
| So let's first separate this equation. | それでは両側に ２ y １ を掛けます |
| What is the equation of this line in slope intercept form? | 傾斜と切片の形式はy mx bです |
| There's no x in the universe that can satisfy this equation. | ３つ目のやってみましょう |
| This is a separable equation in terms of v and x. | この積分は何ですか |
| This is the only equation in the talk by the way. | パターンを察知する上で |
| So let's apply the quadratic equation to this equation that we just wrote down. | 私たちは書いています ちょうど言った 見て ので 私は 係数だけです |
| Alright? We could have done this equation in a slightly different way | 両辺から 1 を引いた場合はどうなるでしょうか |
| With this new equation we can just plug in the known quantities. | fは40ミリでxは2ミリ Xは160センチになります |
| And this is actually a separable differential equation in and of itself. | これは変数分離形微分です これは 副ー微分方程式のようなもので |
| So, that whole regression equation is represented in this simple path model. | これは人々が何十年も使い続けている標準化されたノーテーションだ |
| So, let's see what this, this equation will do. | この微分の導関数です 皆さんが微分積分の微分を見たことがあるか定かではありませんが |
| The key to understanding this simply is this equation. | これは偏差値は回帰係数rが1と同じか より小さい値であることを示しています |
| How could we get this equation into this form? | 両辺をdxで割ります |
| So this type of equation, this is more reasonable. | 単位ステップ関数の組み合わせのように見え |
| And this is called the characteristic equation. | r ２ ５r ６ ０が |
| Let's substitute this into our original equation. | A掛ける二解の導関数は |
| line is a solution to this equation. | この方程式を満たすx yのペアを |
Related searches : In This - Balance Equation - Regression Equation - Continuity Equation - Rate Equation - Difference Equation - Equation Model - Structural Equation - Basic Equation - Quadratic Equation - Biquadratic Equation - Differential Equation - Schrodinger Equation
