"高振幅"の翻訳 英語に:
例 (レビューされていない外部ソース)
| 振幅 | Amplitude |
| X 振幅 | X amplitude |
| Y 振幅 | Y amplitude |
| 幅 00000 高さ 00000 | w 00000 h 00000 |
| 長さ 幅 高さです 長さ 幅 高さがxの立方体は | The volume of a cube is equal to its length times its width times its height. |
| 長さ 幅 高さを | So if we wanted to calculate the volume, what would it be? |
| 振幅が大きくなりすぎると | I'm making a little sine wave here in the air. |
| 電圧の振幅の微かな違いを | You don't notice with your human eye. |
| アルバムbittersweet前場小幅高 | Give my regards to your husband. |
| 幅広く 高かった | It was broad and high. |
| textareaは幅を広く高さを高くして | That padding is kind of spaced between the outside of the element and the contents. |
| 幅はx と 4で 高さは | Maybe we could call this the length right there. |
| この受信機が振幅の微かな変動を | There's a receiver. |
| 正弦波の振幅を表す値を選択します | Select here the value which represents the minimum number of pixels contained in a hexahedron before it can be considered valid. |
| 正弦波の振幅を表す値を選択します | Select here the value which represents the mean offset. |
| 正弦波の振幅を表す値を選択します | Select here the value which represents the radius of the pixel neighborhood. |
| 正弦波の振幅を表す値を選択します | Select here the value which represents the azimuth of the light source direction. The azimuth is measured in degrees above the x axis. |
| 正弦波の振幅を表す値を選択します | Select here the value which represents the random pixel in a neighborhood of this extent. |
| 正弦波の振幅を表す値を選択します | Select here the value which represents the amplitude of the sine wave. |
| 正弦波の振幅を表す値を選択します | Select here the unsharpen deviation value of the Gaussian. |
| そこでもし全ての異なる振動数のゆらぎが同じ振幅だとすると | The dark matter fluctuations have grown already relative to those in baryons and photons. |
| 車高を64から56インチに トレッド幅も | 64 inches high instead of 56. And the wheel track... |
| ytopiplayer ですそれから動画の幅 高さ | As you'll notice, this is ytopiplayer, that we called up here. |
| 高さ掛ける幅は 3m掛ける3mで | It's actually a square, because it has the same length and the same width. |
| 四角形の面積は 高さx幅です | Express the area of a rectangle with length 4y and width 2y as a monomial. |
| そしてここに見せたのは とりわけ良くフィッティングしたモデルで それは今日一般に受け入れられている物だ 正確な振幅の場所と相対振幅とこれらのピークの幅は | So different cosmological models in different combinations of parameters Make a prediction of a pair that will go through these data points and shown here is a particularly well fitting model that is model that's now pretty much generally accepted. |
| ここで 幅は 4 y 高さは 2 yです | Area is going the be equal to the width, or the base, times by the height. |
| スクリーン解像度の幅と高さを設定します | Set Width and Height to screen resolution. |
| 面積は 高さx幅に等しくなるので | Now here, the base is 4y, so let me just write it down. |
| 周波数の平均値は振幅の増大にしたがって減じる | The mean value of the frequency decreases with increasing amplitude. |
| 幅 高さ タイル幅 タイルの高さをキャッシュします タイルの数とサイズをかけて x方向とy方向の画素数を計算します | gt gt Basically, all we have to do is once we have the map object, we go through and cache width, height, tile width, tile height. |
| これは 同じ高さと幅なので 正方形です | I have their height and their width. |
| これは 正方形で 高さと幅が等しいです | Now, you could probably figure out what the area of this rectangle is. |
| Canvasには幅と高さの2つの属性しかなく | Canvas is a new HTML5 element which exposes APls allowing you to draw graphs, images, and text to portions of the page. |
| 全てだいたい同じ振幅になると仮定される オーダーは10の 4乗 | The formula shown here is what's customarily used. |
| そしてシンプルなモデルをここに示した それだと 相関関数の振幅は | A way to quantify this is to follow the 2 point correlation function. |
| ここにプロットしたのは 投影された角の二点相関関数の振幅を | So let's look at some data. |
| それはこんな風だ 異なる振幅のゆらぎの運命を考えよう | And the answer is it's due to the evolution of bias itself. |
| 高さに幅を掛けた答えと同じになります | We get the exact same thing as if we multiplied 3 times 3, if we multiplied the length times the width in meters. |
| ここでは全てに 長さと幅と 高さがあります | We live in a three dimensional world where everything has length, width, and height. |
| それらの高さと幅の長さが示されています | I've got three rectangles here, and I also have their dimensions. |
| 最小の高さをスクリーンの幅に対するパーセンテージで指定します | Minimum height, as a percentage of screen height. |
| 幅と高さを指定して天空画像をファイルにエクスポートします | Export the sky image to the file, with specified width and height. |
| 高さを幅で掛けると面積が得られるのですか | And you might say, hey, wait. Is this just a coincidence that if I took the length and I multiplied it by the width, that I get the same thing as its area? |
| ともかく この図形の高さは1ファーグル 幅は1ファーグルです | Most people will not recognize what a furgle is. |