Dürer & 測距儀2022d138 教科書風 e044 物体の速度測定 後半 second halfの 04c ２つの太陽

zionad blenderzion @blenderzionad

Cruising at Mach 0.99 would be sufficient, but airplanes are not point-like; they have size and shape.

zionad blenderzion @blenderzionad

翼のとこで　音速を超えてしまうかも しれない 対気速度 偏西風と翼のことで ソニックブームするのを避けて 巡行速度をマッハ０．８５くらいにする話

zionad blenderzion @blenderzionad

There might be a chance of exceeding the speed of sound near the wings due to airspeed. To avoid sonic booms caused by the interaction of the jet stream and the wings, there's a discussion about setting the cruising speed to around Mach 0.85.

zionad blenderzion @blenderzionad

数学者は x軸や ｘｙ平面の　無限拡がりを 手続きなしで　状態把握する

zionad blenderzion @blenderzionad

Mathematicians can grasp the infinite expanses of the x-axis or the xy-plane without the need for explicit procedures.

zionad blenderzion @blenderzionad

実験物理学者は 点でも 無限大きさでもないとこに 実験空間の大きさ 実験装置の大きさを 設定し それを統括観察できる状況を 作る 有限化の作業

zionad blenderzion @blenderzionad

Experimental physicists set the size of the experimental space and the dimensions of the apparatus, neither as points nor of infinite magnitude. They create a situation where these can be comprehensively observed, engaging in the process of finiteization.

zionad blenderzion @blenderzionad

動く実験装置や 動かない実験空間が 存在することを 光線や 電磁波から　情報を得て 確認しなきゃ　 数学者と違って 存在を扱えないんだ

zionad blenderzion @blenderzionad

To confirm the existence of moving experimental apparatus or stationary experimental space, information is obtained from light rays and electromagnetic waves. Unlike mathematicians, physicists cannot handle existence without verification.

zionad blenderzion @blenderzionad

複素数が 存在と イメージの　変換を担（にな）って くれる 単位円の窓面で

zionad blenderzion @blenderzionad

Complex numbers serve as the carriers for both existence and image transformation on the window surface of the unit circle.

zionad blenderzion @blenderzionad

夜空に見える　星々は 恒星として存在 恒星　複数も 地球も この宇宙内 どっちも存在

zionad blenderzion @blenderzionad

The stars visible in the night sky exist as multiple celestial bodies, including both stars and the Earth, within this universe. Both exist

zionad blenderzion @blenderzionad

貴殿が見ている夜空と 俺が見ている夜空は 映像的　イメージ

zionad blenderzion @blenderzionad

The night sky you are observing and the night sky I am observing are images, pictorial representations.

zionad blenderzion @blenderzionad

俺は東京で夜空を見ている　 貴殿も 同時刻　 １時間の観察持続する

zionad blenderzion @blenderzionad

I am looking at the night sky in Tokyo, and you are also observing it simultaneously, with each observation lasting for one hour.

zionad blenderzion @blenderzionad

俺の世界では 360割る24時間 夜空が１５度　回転する

zionad blenderzion @blenderzionad

In my world, 360/24 hours, the night sky rotates by 15 degrees.

zionad blenderzion @blenderzionad

貴殿の世界では 夜空が　５度回転する 貴殿は赤道上で　船でクルーズ中 船の速度は １時間に１０度分

zionad blenderzion @blenderzionad

In your world, the night sky rotates by 5 degrees. You are cruising on a ship near the equator, and the ship's speed is 10 degrees per hour.

zionad blenderzion @blenderzionad

古代のヒトが 夜空の天井に 穴が空いてて 星々の輝きが地球表面にまで 到達 これが　間合いのスクリーンの使い方

zionad blenderzion @blenderzionad

Ancient humans believed that there were holes in the celestial dome of the night sky, allowing the brilliance of the stars to reach the Earth's surface. This concept is reminiscent of using the screen of perceptual distance.

zionad blenderzion @blenderzionad

このコンセプトは 知覚距離のスクリーンを使っている pic.twitter.com/rPKlxfoFvd

拡大

zionadchat @zionadchat

pic.twitter.com/Fgknh0oo2T

拡大