Translation of "negative infinity" to Japanese language:
Examples (External sources, not reviewed)
| As x goes to infinity, this expression goes to negative infinity. The exponential of negative infinity converges to 0. | これで正規分布関数の基本を学んだことになります |
| So as x approaches infinity, or x approaches negative infinity. | プラスまたはマイナスの無限です |
| Or in interval notation, it would be everything from negative infinity to negative 9, not including negative 9. | ー9 を含まず ー9から負の無限大です 数直線でそれを行う場合は |
| It'll go from 10 3, all the way down to negative infinity. | すべての10 3未満 が解と設定されています |
| All of the x's from negative infinity to negative 1, but not including negative 1, so we put a parenthesis right there. | ー1 を含見ません だから ここは括弧です 少し難しい問題をやってみましょう |
| So as x get's super super super small, y goes to negative infinity. | 5 の.0001 乗では |
| So this number becomes really huge as you approach positive or negative infinity. | この値は非常に大きくなります これについては 極限の授業で習いますが |
| So as we go from negative infinity, x is equal to negative infinity, we're getting very close to zero, we're slowly getting our way ourselves away from zero, but then bam! | ゼロに非常に近いです ゆっくりと０からはなれ 突然 |
| infinity | 無限 |
| Infinity | 無限 |
| An Infinity | 無限の印 です |
| As x approaches positive or negative infinity, what is y approximately equal to, in this case? | yは何に等しいですか この項が式を支配します |
| But we can think about, what does this approach as x approaches positive or negative infinity. | どうなるでしょう xが 正または負の無限にアプローチすると |
| And I hope you understand what I'm saying, right? e to an infinity negative number approaches 0, while e to an infinitely positive number is just infinity. | e の無限に小さい負数の累乗は ０に近づき 無限に大きい正数が指数では無限大です この場合 収束しません |
| So, as x approaches positive and negative infinity, and you'll learn the concept of limits later on. | 限界については後で学習しますが 今の時点で考えると |
| 0 to infinity. | e の項を書き換えることができます |
| A approaches infinity. | これが 無限に近づいた際の極限です |
| This was infinity. | でも答えは有限の数字です |
| So when we evaluated in infinity, as we approach infinity, e to the minus infinity approaches 0. f of infinity now this is an interesting question. f of infinity I don't know. | e の負の無限大の累乗は ０に近づきます これは興味深い質問です f の無限はなにか分かっていません |
| And I just try to solve for y and see what happens when x approaches positive or negative infinity. | 何が起こるか見てみましょう yについて解くには まず 両辺に |
| like the Infinity Mushroom. | 腐敗微生物培養会が共有する構想は |
| From 0 to infinity. | だから y ー e ーst s sin at |
| You're never at infinity. | だから 括弧を使用します |
| What's sine of infinity? | まあ 正弦と余弦は １と１の間を |
| Let's see, infinity, right? | この全体は 0 です |
| Because these are what this graph or this equation or this function approaches as x approaches positive or negative infinity. | xが正の無限にアプローチすると どうなるかです X が正または負の無限に近づくと |
| Well x is, you know, infinity minus any constant is still going to be infinity, or if the limit is t approaches infinity, x is still going to be infinity here. | t が無限にアプローチすると x も無限大になります e ーstの積分で |
| Once again, infinity is important. | ここで３つの疑問が浮かびます |
| It pops up to infinity. | 前のビデオで見たように この無限大の定義は |
| All the way to infinity | ここで 括弧をしようすると |
| So as x approaches infinity. | x が無限大 または負の無限に近づきます |
| I mean, we could put it from minus infinity to infinity, it doesn't matter. | 変わりないです 任意の領域が存在するのは cで |
| So as you approach positive or negative infinity, y is going to be approximately equal to the square root, the positive and negative square root, of x squared over 4. | yは 正または負の平方根 x ２ ４に 近づきます つまり yは |
| Let's go negative, negative 1, negative 2, negative 3, negative 4, negative 5, negative 6. | ４ ー５ ー６とします この回答は xは １で |
| Now, both of these go to infinity, but this goes twice as high to infinity. | 無限の高さです 少しばかげて見えますが |
| Negative. Negative. | 無理だ 無理に決まってる |
| Negative 10, negative 9, negative 8, negative 7. | ここにはたくさんの数があります |
| And to figure out the asymptotes you just have to think about well what happens as x approaches positive or negative infinity. | xが無限にアプローチした場合を 考えます xが正または負の無限に近づくと |
| Taking the integral of this thing from minus infinity to infinity, since this thing is this thing, it should be the same thing as taking the integral of this thing from minus infinity to infinity. | これは これと同じなので 負の無限から正の無限のこの積分を 取ることができます |
| Anyway, integral from 0 to infinity. | これは uv で つまり uは １ sのe ーst です |
| So that's this evaluated at infinity. | ０での値を |
| I said from zero to infinity. | ゼロから無限までを取ります |
| The limit as n approaches infinity. | 私達の例では それは私達がそれを小さく小さい期間で |
| Manhattan no longer spreads its infinity. | 物音はスコールに混じり |
| Negative 5. Negative 6. Negative 7. | いいですか |
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