Translation of "polynomial equation" to Japanese language:
Dictionary English-Japanese
Equation - translation :
Examples (External sources, not reviewed)
| And that's what's actually called a quadratic equation, or this second degree polynomial. | この 2 度多項式 しかし それを設定しましょう これはこの問題を解決しようとしています |
| If you have a polynomial, you could have more than one values of x that satisfy this equation. | xを満たす数値が複数存在し得ます 微分方程式は |
| Let's say this is my polynomial, let me call my polynomial p of x. | P x とします もっと簡単な多項式は 定数なので |
| I have this polynomial in the denominator here. | これで何ができますか |
| low order polynomial such as a plus one, when we really needed a higher order polynomial to fit the data. | フィッティングする必要があるようなデータの時 他方 対照的に このレジームは 高分散の問題に対応する |
| Equation | 1 行の数式 |
| Equation | 方程式 |
| Equation | 方程式 |
| Sometimes a quadratic polynomial, or just a quadratic itself, or quadratic expression, but all it means is a second degree polynomial. | quadratic とか quadratic expression とかあるけど どれも 2次多項式のことをいう つまり 変数の2乗がある |
| Let's say I'm defining, so this is a polynomial. | ここに１次項が加えられました |
| Then we would have this equaling 0 and then you could say the roots of this polynomial or the solutions to the equation are what makes this true. | この多項式の答えは この方程式が正解になるもので ８と ３は |
| Polar Equation | 極方程式 |
| Equation Editor | 方程式エディタ |
| So a binomial is just a polynomial with two terms. | ２元式の一つが３X二乗引く２Xだとしたら |
| And I don't know exactly what this third degree polynomial | 分かっていません |
| Otherwise the equation will not still be an equation | y ６になります |
| I've chosen the degree d of polynomial using the test set. | テストセットを使って選んだんだった だから我らの仮説は |
| And this polynomial we're going to do, we're going to keep adding terms to the polynomial, so that we can better and better approximate this function. | 順次 項を増やしながら 近似してきます 実際には これを冪級数と呼びます |
| Enter an equation | 方程式を入力 |
| Homogeneous differential equation. | 微分方程式内でも |
| That's the equation. | 値は |
| If I gave you an equation, an arbitrary equation now. | 例えば y ー 1 ２ x 3 ２では |
| EqChem, the equation solver | EqChem 方程式ソルバー |
| That'll satisfy this equation. | 最終的に |
| A very simple equation. | Nは同じです |
| It is this equation. | だからこれは同じです |
| That's an interesting equation. | 対象が離れるほど小さくなります |
| Let's use this equation. | ０ 1 4 k です |
| That's that equation there. | この情報からの式です |
| 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 |
| Graph the equation below | いくつかのポイントを見てみましょう |
| 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 |
| because you can then include all those polynomial terms of x1 and x2. | 全ての多項式を 含むことが出来るからだ だが 興味が湧くような機械学習の問題の中には |
| Let's say you try to choose what degree polynomial to fit to data. | 含めるかを選ぼうとしている としよう つまり あなたは線形関数を選びたい |
| And they tell us a couple of the 0's of this polynomial. | １ ０ ２ ０ の点が |
| Now a third degree polynomial can have as many as three 0's. | ０の点とは |
| 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 |
| Here the equation for gas, here the equation for plasmas and so on. | 一番上のはボルツマンの方程式です |
| That's good because then when we run imagine that we have some kind of satisfiability algorithm that runs in polynomial time it's running on a polynomial size input, so it's not like we're running a polynomial time algorithm on an exponential size input, which would take exponential time to run. | 多項式の大きさの入力で実行することができ 指数の大きさの入力で実行する指数時間を 使用するわけではないからです この場合は多項式時間で実行します |
| A powerful mathematical equation solver | Name |
| So the equation is conceptual. | 問題の理解には役立ちます |
| And what's an exact equation? | まあ 見てください |
| This is an exact equation. | 完全方程式の場合 |
| So that's the first equation. | 2 番目の式は 同じように |
| This first equation looks a | 見えるかもしれないが |
Related searches : Polynomial - Polynomial Time - Monic Polynomial - Quadratic Polynomial - Biquadratic Polynomial - Quartic Polynomial - Polynomial Fit - Polynomial Approximation - Polynomial Evaluation - Polynomial Curve - Polynomial Degree - Polynomial Coefficients - Polynomial Fitting
