chemteacherphil TikTok
Check out chemteacherphilTiktok analytics report
Phillip Cook
@chemteacherphilNO 380
全球排名3.89M
粉丝数254
视频数515.45M
播放量62.01M
点赞数相对关键词
数据分析
chemteacherphil 抖音
chemteacherphil 是来自United States的 tiktok 影响者,拥有3894758个关注者。他/她的视频分类是抖音公众号。很多关注他/她的人都是因为他/她的分类。她发布了254条视频,累计点赞62011246人,粉丝总数3894758人。在美国目前的tiktok排名中,他/她排名第2571位,排名第380位。全球范围内。
以下是有关 chemteacherphil 的更多信息:
TikTok主页链接:https://www.tiktok.com/@chemteacherphil
Instagram: 未知
Youtube: 未知
Twitter: 未知
chemteacherphil's pricing:
Nano: $50–$300
Micro: $300–$1,250
Mid: $1,250–$3,500
Macro: $3,500–$12,000
Celebrity: $12,000+
此外, chemteacherphil 最著名的 tiktok 视频中 最常用和最受欢迎的 tiktok 标签是:
#fyp #foryou #dlaciebie #viral #dcb #fy #tend #foryoupage #obsessed #makeup #makeuptutorial #sheingals #shein #sheinEu #leo
这30天,他/她发布了1个 视频,获得了75200个浏览量,5719个赞,11个评论和 25个分享。
他/她每个视频的平均播放量达到75200,每个视频平均5719个赞,每个视频平均11个评论,每个视频平均25个分享次数。
他/她的最佳视频和前三个最佳视频分别播放了 75200、 75200。这三个视频是:The perfect paper for secret messages! #chemistry #chemteacherphil
全部视频
If you could see on the atomic scale and looked at a latex balloon, you’d see holes! Holes large enough for atoms of helium to fit through. This is one reason why latex balloons deflate so rapidly when inflated with helium gas. Helium atoms are very small, much larger than the nitrogen and oxygen molecules that make up the majority of the air we breathe. So what makes other types of balloons, like mylar, so much more effective in trapping helium? Mylar balloons are comprised of three layers of different materials: nylon, aluminum and polyester. This combination makes it much more difficult for tiny helium atoms to find a way through, and mylar balloons can consequently remain inflated and floating for weeks! #chemistry #chemteacherphil
00:35It is surprisingly easy to make your own fuel gel. All you really need are three ingredients: eggshells, vinegar and alcohol. Gel fuels like sterno, are useful because they provide a clean burning flame with minimal risk of spilling the fuel. Making a gel fuel requires encapsulating a combustible liquid inside a gelatinous solid. In this case, I make the gel by first creating a solution of calcium acetate, the primary biproduct of the reaction between the calcium carbonate in eggshells and the acetic acid in vinegar. Boiling the liquid concentrates the calcium acetate, which is really soluble in water, but much less soluble in alcohols. So when the alcohol fuel is added, it immediately causes the calcium acetate to precipitate out as a solid, trapping the alcohol in the process, and forming a colorless gel that works really well for toasting marshmallows! #c#chemistrychemteacherphil #learnontiktok
00:31Rubber tires are essentially composed of a single molecule of cross linked polyisoprene. The old tire patches I use in this video are little more than metal discs filled with a combustable mixture with a thin rubber patch on the underside. When the mixture is ignited, it gets hot enough to cause the rubber in the patch to vulcanize with the rubber in the tube, creating a strong airtight patch, in spite of the fact that these patches are more than 75 years old! #c#chemistrychemteacherphil #learnontiktok
00:33This is a very real toy designed for twelve year olds in 1936 by the A.C. Gilbert Company. And yes, it used molten lead to cast toy figures. Lead is a very toxic metallic element that can cause all kinds of developmental and neurological problems. However, handling toys made of lead is actually very low risk, especially if you wash your hands after handling the lead figures. This is because solid lead is not easily absorbed through the skin. This does not mean that we shouldn’t be worried about exposure to lead. Inhaling lead dust, or accidentally ingesting lead paint can lead to severe health issues. But with this toy, the main risk aside from the molten lead is the burn hazard it presents. The melting point of lead is 327.5 degrees Celcius (621 degrees F!) and there are lots of really hot surfaces on the toy as it is operated. I’ll bet lots of kids in the 1930s that had this accidentally burned themselves more than once! #chemistry #metallurgy #chemteacherphil
00:32How do we determine the number of calories in food? We BURN it! #chemistry #chemteacherphil #learnontiktok
00:36Aluminum is the most abundant metal on earth. How could it have ever been worth more than gold? #chemistry #learnontiktok #chemteacherphil
00:39TODO LO QUE TENGO QUE HACER🥺 TE UNO A WASSAP SI ME PASAS ESTE VIDEO POR INSTA: CARXLOSC #fyp
00:23TODO LO QUE TENGO QUE HACER🥺 TE UNO A WASSAP SI ME PASAS ESTE VIDEO POR INSTA: CARXLOSC #fyp
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