- 動画数
- 402
- チャンネル登録者
- 1100万
- 総再生回数
- 47.6億
- 最新のアップロード
- 2026/10/16
- 独立ページ
- 科学
- コンテンツの言語: 英語
- 地域: カナダ
これは Youtop が運営する独立したディレクトリページです。NileRed や YouTube が運営・後援・承認しているものではありません。 修正を提案する. このクリエイター本人ですか？ページを申請する
Loading
これは Youtop が運営する独立したディレクトリページです。NileRed や YouTube が運営・後援・承認しているものではありません。 修正を提案する. このクリエイター本人ですか？ページを申請する
NileRed · 2018年12月31日 公開
Go to https://NordVPN.com/nilered and or use code NILERED to to get 75% off a 3 year plan. Protect yourself online today! Correction: at 12:50 I said that pure nitrogen is denser than air, but that isn't true. The specific gravity of nitrogen vs dry air at STP is ~0.97, meaning that it should rise slightly, but the difference (0.97 vs 1) is so small that there isn't a very noticeable effect. When air is flushed out of a flask by nitrogen, it would take a while, but it should eventually mix with the air out of the flask. For this video, I'll be making the sodium amalgam, which is commonly used in chemical reactions. It can also be used as a gateway to other amalgams, even some that are normally very hard to form. This is the first official video in my new amalgam series, where I try and combine as many different metals as possible with mercury. Related Videos: • Aluminum and Mercury: https://youtu.be/IrdYueB9pY4 • Dissolving Gold in Mercury: https://youtu.be/yAGYGGmUmUw • Sodium vapor lamp footage: https://youtu.be/XOLd44PO_aU ------------------------------------------------------------------------------- Merch - https://nilered.tv/store ------------------------------------------------------------------------------- Join the community: Patreon - https://www.patreon.com/nilered Discord - https://discord.com/invite/3BT6UHf NileRed Newsletter - https://nile.red/home#newsletter You can also find me here: Facebook - https://m.facebook.com/NileRed2 Instagram - https://m.instagram.com/nile.red Twitter - https://mobile.twitter.com/NileRed2 Nile talks about lab safety: https://youtu.be/ftACSEJ6DZA Music in credits (Walker by SORRYSINES): https://soundcloud.com/sorrysines/walker
