1. Home
  2. Detail

@tiemdoxinhnhavui: Bộ vòi xịt tưới cây rửa xe như ảnh cầm trên tay Trong hộp có: 1 dây vòi xanh 2 lớp, 1 súng xịt 7 chế độ, các đầu nối chuyển đổi và đầu phun đồng thau như video Mình quay ở quầy dụng cụ để dễ nhìn đủ bộ Chi tiết ở giỏ hàng, thông tin chiều dài dây ghi ở mô tả #boVoixit #voixit #voixit2lop #voixittuoicay #voixitruaxe

Tiệm Đồ Xinh Nhà Vui
Tiệm Đồ Xinh Nhà Vui
Open In TikTok:
Region: VN
Monday 02 November 2026 05:54:19 GMT
223
1
0
1

Music

Download

No Watermark .mp4 (5.32MB) No Watermark(HD) .mp4 (3.68MB) Watermark .mp4 (5.67MB) Music .mp3

Comments

There are no more comments for this video.
To see more videos from user @tiemdoxinhnhavui, please go to the Tikwm homepage.

Other Videos

free Kashmir
free Kashmir


#fyp #trustingtheprocess
#fyp #trustingtheprocess


اپنے جسم سے میرا جسم لگوایا تھا آپ نے چھوڑ جانے کا ڈر تو ہونا چاہیے تھا آپ کو_🥀❤‍🩹#foryou #viralvideo #fypシ #growmyaccount
اپنے جسم سے میرا جسم لگوایا تھا آپ نے چھوڑ جانے کا ڈر تو ہونا چاہیے تھا آپ کو_🥀❤‍🩹#foryou #viralvideo #fypシ #growmyaccount
Ever wondered what happens when you mix burning magnesium with dry ice (solid carbon dioxide)? The result might surprise you — and serves as an important fire safety lesson. Magnesium is a highly reactive metal that burns at over 3,000°F (1,650°C). That’s hot enough to rip the oxygen atoms out of carbon dioxide molecules, leaving behind carbon (you’ll see it as black soot in the video) and forming white magnesium oxide. In other words, magnesium can literally turn a fire extinguisher's contents into fuel. That’s why you should never use a CO₂ fire extinguisher on a magnesium fire — it won’t put it out. In fact, it can make things worse by feeding the fire even more oxygen. #chemteacherphil #themoreyouknow #chemistry
Ever wondered what happens when you mix burning magnesium with dry ice (solid carbon dioxide)? The result might surprise you — and serves as an important fire safety lesson. Magnesium is a highly reactive metal that burns at over 3,000°F (1,650°C). That’s hot enough to rip the oxygen atoms out of carbon dioxide molecules, leaving behind carbon (you’ll see it as black soot in the video) and forming white magnesium oxide. In other words, magnesium can literally turn a fire extinguisher's contents into fuel. That’s why you should never use a CO₂ fire extinguisher on a magnesium fire — it won’t put it out. In fact, it can make things worse by feeding the fire even more oxygen. #chemteacherphil #themoreyouknow #chemistry

About

Legal