Translation of "linear equation" to Japanese language:
Examples (External sources, not reviewed)
| A linear separator is a linear equation that separates positive from negative examples. | すべてがそうとは限りませんが 線形分離可能なデータも存在します |
| And now we have a level one linear equation. | いいですか |
| So what is a linear second order differential equation? | 微分の紹介のビデオで |
| So now we've simplified this to a linear equation. | 変数を一方にまとめます |
| Let's solve another 2nd order linear homogeneous differential equation. | 解いてみましょう では 問題を書きます |
| So that also makes this a non linear equation. | この問題の解決に戻りましょう |
| So this equation right here at first it doesn't look like a straightforward linear equation | 単純な線形方程式ようには見えないです ある式の上に 別の式があります |
| level three system, level three linear equation but the bottom | 重要なことは x の係数をたすことが できるということす |
| So this is just a linear equation with two unknowns. | この右側に何がありますか |
| Now, all of the sudden, I have a non linear differential equation. | 微分方程式になります これは 非線形です |
| Now the second thing we have to figure out is this linear or is this a non linear differential equation? | 線形か非線形か見てみましょう 線形の場合は すべての関数と |
| linear equations. and you might be saying well you know, this is an equation, | 君はこう思うかも なるほどこれは式だね 左右が等しいことを示す等式だもの |
| So now it's turned into a, I think this is a level three linear equation. | これはレベル3に当たると思います さて次にすべきことは どちらか片方の辺にxを集めることです |
| We're asked to use the drop downs to form a linear equation with no solutions. | ドロップダウンを使って作成します 解のない1次方程式は |
| So a differential equation is linear if all of the functions and its derivatives are essentially, well for lack of a better word, linear. | 導関数が 線形です どういう意味でしょう |
| But as we will see we can simplify this to turn it into a linear equation. | 線形方程式に変換できます まず 行なうことは |
| While this might seem complicated to you at first, but it's just a basic linear equation. | 簡単な線形方程式です 時間がなくなってきました |
| The general linear model is this equation, it's assuming that all the predictors are additive, right? | しかしここで我らがテストしている事は 非加算的な結果の為の物だ |
| We're asked to use the drop down to form a linear equation with infinitely many solutions. | 無限の解のある1時方程式を作成します 無限の解のある方程式は |
| 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 |
| Linear | 線形quadratic filter mode |
| linear | 線形 |
| Linear | 線形 |
| Linear | Radial gradient type |
| Linear | 線形the gradient will be drawn bilinearly |
| You do an inequality or I guess you could call this an inequality equation you do it exactly the same way you would do a normal linear equation. | 不等式の方程式を解くことができます 不等式の方程式を解くことができます 唯一の違いは 両辺を負の数で |
| Linear Spline | 一次スプライン |
| Linear Sweep | 線形スイープ |
| Random Linear | ランダムリニア |
| Linear motion | 線形な動き |
| Y linear | Y 線形 |
| Linear B | 線文字 B |
| Linear Scale | 線形スケール |
| Bi Linear | バイリニアthe gradient will be drawn radially |
| linear regression. | 元通りの線形回帰の目的関数に戻します |
| linear algebra. | 何を意味しているのか ちょっとしっかりとは分からないなら どうか今後の一連のビデオを見てくれ |
| linear combination. | 例をみましょう |
| linear combination. | 0のベクトルを |
| It's not linear. And our intuition is linear. | 私たちが何千年前にサバンナを歩いていたころ |
| And then, is this linear or non linear? | これは 線形のように見えますね |
| To define a linear separator, let's start with our linear equation as before w1x w0 in cases where x is higher dimensional this might actually be a vector never mind. | xが高次元ならこの式はベクトルになるのですが ここでは気にせず進めましょう この式の値がゼロ以上なら 1に分類することにします |
| And we have set up a nice little tidy linear equation now, so we just have to solve for x. | 左側のxをまとめましょう |
| And the temptation here is really to kind of try to solve it the way you do a linear equation. | 線形方程式で解きたい問題です xの因数分解では |
| Color sequential linear | 色順次リニアセンサー |
| Linear B Syllabary | 線文字 B 音節文字 |
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