Translation of "pythagorean theorem" to Japanese language:
Dictionary English-Japanese
Theorem - translation :
Examples (External sources, not reviewed)
| Pythagorean theorem. | だから Hの 2乗 は |
| Pythagorean theorem. | そしてこれは直角三角形の非常に典型的なタイプです |
| Pythagorean theorem. | これは 斜辺です |
| That's just the Pythagorean theorem. | いいですか 難しくありません |
| And that's the Pythagorean theorem. | ピタゴラスの定理 直角三角形を扱います |
| We're just doing the Pythagorean theorem. | この2 乗プラスこの２乗は |
| Once again, just the Pythagorean Theorem. | これまたはこれの 2乗は 高さの2乗で |
| He even taught me the Pythagorean theorem. | 斜辺 じゃなくて 近道 って |
| So this, this is a pretty neat proof of the Pythagorean, Pythagorean theorem. | まだ証明したことがないので 今やってしまいましょう この図では 内側に大きな部分もありますが |
| I'm going to leave that for the Pythagorean Theorem video. | 三角形の 1 つのより多くの領域を与えるだけさせてください |
| Now that we know the Pythagorean theorem, let's actually use it. | 実際に使ってみましょう なぜなら これは 何かを知るためだけでなく |
| This should already pop into your brain as a Pythagorean theorem problem. | 理解できますね だから焦点距離が得られます |
| OK, which statement would not be used in the proof of the Pythagorean theorem? | ピタゴラスの定理のですか 1 2 Ab は三角形の面積に等しい |
| Remember, this thing is just this thing right here, we're just doing the Pythagorean theorem. | ピタゴラスの定理です これを簡素化して |
| Well, it will be easy for you once you get exposed to the Pythagorean Theorem. | ピタゴラスの定理を習えば 容易になりますが ここでは 周囲の計算はスキップし |
| Well, we could literally just set up a right triangle and then use the Pythagorean theorem. | では 直角三角形を作りましょう |
| So what you do is we just use the distance formula, which is really just Pythagorean theorem. | ピタゴラスの定理を利用すると x の違いは |
| We can now use the Pythagorean theorem to figure out the absolute value of 3 minus 4i. | この点とこの原点との距離なので |
| And they said, they say, which statement would not be used in the proof of the Pythagorean theorem? | 使われないか と聞いています 図がもう書かれているので ここでは まず定理の証明をし |
| So by the Pythagorean theorem, 9 squared plus 7 squared is going to be equal to c squared. | ｃの２乗と等しくなります ９の２乗は８１ ７の２乗は４９ |
| And they say, a diagram from the proof or from a proof of the Pythagorean theorem is pictured below. | そして どの説明が ピタゴラスの定理の証明として |
| Maybe I want to keep this Pythagorean theorem right there, just so we always remember what we're referring to. | いつでも見て 思い出すことができるように 次のような三角形が与えられたとします |
| The distance between this point and 0 it's the hypotenuse of this right triangle. So we just use the Pythagorean theorem. | それでは ３ ２ ４ ２は これは |
| Well, one thing we can do is, if we can figure out this guy right here, we could use the Pythagorean theorem. | ピタゴラスの定理を使用します このベクターの長さの 2乗に H の2乗を加えた値は |
| limit theorem. | ここでそれを証明しませんが それは本質的に 私たちとあなたを指示 |
| Bayes' theorem. | ここは 5回中5回得る条件で両面コインを得る確率です |
| And you can verify that this right triangle the sides work out we know from the Pythagorean theorem, that 3 squared plus 4 squared, has got to be equal to the length of the longest side, the length of the hypotenuse squared is equal to 5 squared so you can verify that this works out that this satisfies the Pythagorean theorem. | 三平方の定理から 3² 4²は一番長い辺 つまり斜辺の長さの二乗と同じなので 5²となり |
| And we know that, if we know two sides of a right triangle, we can always figure out the third side of a right triangle using the Pythagorean theorem. | ３つめの辺の長さは いつでも分かります 三平方の定理 ピタゴラスの定理 を使うことにより |
| And we know that if we have a right triangle, if we know two of the sides, we can always figure out a third side using the Pythagorean theorem. | この２つの辺から ピタゴラスの定理で求められます ピタゴラスの定理は |
| The Pythagorean theorem tells us that the sum of the squares of the shorter sides, so a squared plus 9 squared is going to be equal to 14 squared. | 短い辺の2乗の和 つまり aの2乗 ９の2乗は １４の2乗に等しいです ここでを気をつけることは |
| The Pythagorean theorem tells us that if and only if this is a right triangle, then a squared plus b squared is going to be equal to c squared. | 直角三角形のときのみ aの２乗たすｂの２乗は c の２乗に等しくなります この情報を利用することができ |
| And I'll let you think about it, I think I actually showed this to you in a distance formula video, but the distance formula just comes out of the Pythagorean Theorem. | これは距離の式のビデオでも 紹介しましたが 数式は ピタゴラスの定理の来るものです 完全に明白ではない場合は |
| It's called the central limit theorem. | プログラミングの練習問題を通じて 理解していただければと思います |
| Green's theorem to get 5 pi. | ここでー5πではない理由は |
| So we can use Bayes' theorem. | 5回中表が5回だった条件で両面コインを得る確率は |
| And the Pythagorean Theorem tells us that the sum of the squares of the shorter side will be equal to the square of the hypotenuse, so the square of the longer side. | この短い辺の2乗の計は 斜辺の２乗と等しいです この辺の長さを2乗し |
| But if we do that, you get subtract 2ab from there, subtract 2ab from there, and you're left with (a) squared plus (b) squared is equal to (c) squared, which is the Pythagorean theorem. | (a) 2 乗プラス (b) 乗 ピタゴラスの定理である乗 (c) に等しい 我々 はそれを証明しました |
| Sal called the fundamental theorem of arithmetic! | ベン ワクワクします! |
| What is there to understand? Binomial theorem? | もったいぶりなさんな 分かってますよ |
| Pythagorean theorem, x squared plus 2 squared is equal to 5 squared because 5 is the hypotenuse. x squared plus 4 is equal to 25, subtract 4 from both sides. x squared is equal to 21. | 5 斜辺のため x 二乗プラス 4 に等しい 25, 4 側面の両方から減算します |
| And what the Pythagorean theorem tells us is that the sum of the squares of the shorter sides is going to be equal to the square of the longer side, or the square of the hypotenuse. | 短い２辺の2乗の計は 長い辺 斜辺の2乗に 等しいです |
| And that's all Bayes' theorem essentially tells us. | では これを当てはめてみましょう |
| Switches off the definition of default blocks like theorem | theorem のような標準のブロックの定義を無効にする |
| That is often called the Theorem of Total Probability. | 他の変数の加重和の演算は 畳み込みと呼ばれます |
| With the Central Limit Theorem, things become really easy. | コイン投げを例に取りましょう コインの真の確率をpとします |
Related searches : Pythagorean - Binomial Theorem - Bayes' Theorem - Bayes Theorem - Theorem States - Nyquist Theorem - Fundamental Theorem - Cosine Theorem - Parallel Axis Theorem - Mean Value Theorem - Central Limit Theorem - Nyquist Sampling Theorem
