YOU SAID:

Hey, Vsauce, Michael here! Down here. But which way is down? And how much does down weigh? Well, down weighs about 1/100 of a g/cm^3 . It is light, and airy, which makes it a great source of insulation and buoyancy for waterbirds. But if you let go of down, it falls down. So that's which way down is, it's the direction that gravity is pulling everything. Now for someone on the other side of the Earth, my down is their up, but where are falling things going? Why do things fall? Are they being pushed or pulled? Or, is it because of **TIME TRAVEL.**

INTO JAPANESE

こんにちは、Vsauce、Michaelここ！ここに。しかし、どちらの方法がダウンしていますか？そして、どれくらい体重が減りますか？まあ、ダウンは、ag / cm ^ 3の約1/100の重さです。軽くて風通しが良いので、水鳥のための断熱と浮力の大きな源泉になっています。しかし、あなたが落ちるなら、それは落ちる。だからこそ、どの方向に進むのか、それは重力がイブを引っ張っていく方向です

BACK INTO ENGLISH

Hello, Vsauce, Michael here! here. But which method is down? And how much weight will you lose? Well, down is about 1/100 of the weight of ag / cm ^ 3. It is light and airy so it has become a major source of heat insulation and buoyancy for waterfowl. To

INTO JAPANESE

こんにちは、Vsauce、Michaelここ！ここに。しかし、どの方法がダウンしていますか？どのくらいの重さを失うでしょうか？まあ、ダウンはag / cm ^ 3の重量の約1/100です。それは軽くて風通しがよいので、水鳥の断熱と浮力の主要な源になっています。に

BACK INTO ENGLISH

Hello, Vsauce, Michael here! here. But, which method is down? How much will it lose weight? Well, down is about 1/100 of the weight of ag / cm ^ 3. It is light and airy, making it a major source of waterfowl insulation and buoyancy. Into

INTO JAPANESE

こんにちは、Vsauce、Michaelここ！ここに。しかし、どの方法がダウンしていますか？どのくらいの重量を失うでしょうか？まあ、ダウンはag / cm ^ 3の重量の約1/100です。それは軽くて風通しがよく、水鳥の断熱と浮力の主要な源泉になっています。に

BACK INTO ENGLISH

Hello, Vsauce, Michael here! here. But, which method is down? How much will it lose weight? Well, down is about 1/100 of the weight of ag / cm ^ 3. It is light and airy, making it a major source of waterfowl insulation and buoyancy. Into