"極限"の翻訳 英語に:


  辞書 日本-英語

極限 - 翻訳 : 極限 - 翻訳 : 極限 - 翻訳 :

  例 (レビューされていない外部ソース)

極限オーディションか
Extreme auditioning?
もう 極限
I can't take any more!
極限状況です
People were suffering. People were fighting.
極限まで 下げた
Down to the point where they were undetectable.
f x の極限は f x の極限は 0ではなく 1の様です
So as x approaches one from the positive direction it looks like the limit of f... ...it looks like the limit of f(x) as x approaches one from the positive direction isn't zero It looks like it is one
従ってxの極限が無限大の時
So if x with a infinity would go to zero because it is a constant
中心極限定理 これは
So, it's every thing we have been doing leading uptill now brings us to this point.
極限のみを扱う場合
Same thing, if instead of having a function here we had a constant
つまり 左側極限値と右側極限値が共に存在して xが0に近づくときの極限値が存在しても
So you could have a situation like this, where you have a gap right over there and looks something
x がcのアプローチするf x g x の極限は xがcにアプローチする f(x) の極限を xがcにアプローチする g(x) の極限
So if we have the limit as x approaches c of f(x) divided by g(x), this is the exact same thing as the limit of f(x) as x approaches c divided by the limit of g(x) as x approaches c which is going to be equal to
A が無限に近づき極限を取ります
Because I could actually use some of that real estate.
これは 極限と同じです
Actually, let's deal with that right now.
これが 無限に近づいた際の極限です
A approaches infinity.
A が無限に近づく極限はなんですか
So plus 1 s.
極限のデルタ イプシロン定義です 極限のデルタ イプシロン定義です 実際には すぐ次のモジュールで
In another presentation, I'll give you the more formal mathematical, you know, the delta epsilon definition of a limit.
右側にあるからの極限
So over here it equals zero
前回の動画で 極限について あるいは関数の極限を見つけるやり方が
Welcome back.
大丈夫です これが A が無限に近づく極限
I wrote a little bit bigger than I wanted to, but that's OK.
本質的に t が無限になると その極限は何ですか
And so this is equal to 1 a minus s times now we essentially have to evaluate t at infinity.
X線ガスの形で存在し それが極限
It's a fairly well established number.
この楽器は その性格を極限まで
(Music) You can see how the instrument can be pushed to extremes of character.
減算します そして 無限大へ近づく極限を取ります
Now we have to evaluate it at A minus the anti derivative evaluate it at 0, and then take the limit of whatever that ends up being as
極限の問題を簡素化するため 将来 便利な特性です それではいくつかの関数の極限
but most of these should be fairly intuitive and they're very helpful for simplifying limit problems in the future
極限まで細かくしたらどうなるか
Sure enough. OK. I used to work in this field of elementary particles.
同じ色を使います k f(x) の極限
So if we just had the limit (I'll do that in the same color)
x がcのアプローチするf x g x の極限
we can do the same thing with the differences
左側からの極限と異なる場合は 極限は存在しません だからこれは真実ではないです
So if the limit from the right hand side is a different value than the limit from the left hand side then the limit does not exist
左側からこの値にアプローチすると 極限は1に見えます 右側に近づくと 極限は1に見えます
This right here is the point (1.5, 1) and if we approach it from the left hand side, from values less than it it's one, the limit seems to be one and if we approach from the right hand side the limit seems to be one
ですが近づいていく極限の場合 式は
Now, normally, this would be on this line.
これは xがcにアプローチ した f(x) の極限
I'm just really giving you the properties here
xがcに近づく g(x) の極限を 引くと
It's just the limit of f(x) as x approaches c minus the limit of g(x) as x approaches c
極限値と同じ値ではなかったら 値に差が出てきて 違う位置に極限値があることになります
limit as x approaches zero from the right of f of x.
するといわゆる極限分布になるのです
The question is suppose I run infinitely many motion steps.
負の方向からのアプローチ すると f(x) の極限
Well we've already thought about that
極限状態になるのはk means法でしょうか
This is just asking about the left side of the diagram.
なので もしhが0に近づく極限なら どうなるでしょうか hが0に近づく極限の割線になります
So what happens if I take the limit as h approaches zero of this?
にもかかわらず この極限環境は 私たちが
Now, sand dunes cover only about one fifth of our deserts.
確認します OK まず極限とは何かについて
So let's say I had let me make sure I have the right color and my pen works.
私たちは極限の状態で仕事をしています
BJ
pH11にもかかわらず この極限的な環境下で
We went in underneath and tapped it, and we found that it had the pH of Drano.
この関数は何ですか この極限は何ですか
So what is the limit as tau approaches zero of my little d sub tau function?
極限超音波を 受けた事が 死に至らしめた
Taken to its ultrasonic extreme, can be fatal,
限りなく時間が進んだ時に 雨になる極限分布を求めてください
To see if you understood this, let me look at the rain sun Markov chain again, and let me ask you for the stationary distribution or the limit distribution for rain to be the case after infinitely many steps.
ではΔxが0に近づく極限を見つけましょう
Let's find a limit as our delta x approaches 0.
xがcに近づくf(x) g(x) の極限は何ですか
Now what happens if you take the product of the functions?

 

関連検索 : 極限環境 - 極限平衡 - 極限分布 - 極限引張 - 極限分布 - 極限伸び - 極限状態 - 中心極限定理 - 積極的な期限 - 究極の限界状態 - 極秘 - 磁極