What Is Islam? Islam is not just another religion. It is the same message preached by Moses, Jesus and Abraham. Islam literally means ‘submission to God’ and it teaches us to have a direct relationship with God. It reminds us that since God created us, no one should be worshipped except God alone. It also teaches that God is nothing like a human being or like anything that we can imagine. The concept of God is summarized in the Quran as: { “Say, He is God, the One. God, the Absolute. He does not give birth, nor was He born, and there is nothing like Him.”} (Quran 112:1-4) Becoming a Muslim is not turning your back to Jesus. Rather it’s going back to the original teachings of Jesus and obeying him
@@ahmdabdallah5811 Stop spreading religious shit on a chemistry video. Please. I watch chemistry videos as my passion and to get away from politics and religion garbage so how about we keep it that way? This isn't a hate comment directed towards muslims, you could preach about jesus or buddha for all I care but just please don't on a chemistry video. Thank you.
@@htomerif Bullshit. Exotic reactions, whether they have a purpose or not, are still useful to know and understand. Chemistry isn't all about doing things that have a purpose. I wasn't aware even of a third of the reactions he shows in his videos, and i'm glad to see these.
The discoloration of the tubes' tip is caused when sealing the quartz ampoule under vacuum / protective atmosphere (like argon). To seal tubes, a H2/O2 mixture is used which easily reaches 2000C, well above the melting point of quartz glass. The high temperature leads to thermal decomposition of MoCl5 into elemental Mo and chlorine gas. The different color is caused by a thin mirror of elemental Mo.
Lol so that's what that picture the other day was, I don't think anybody guessed right on that one. That's a rare compound, and molybdenum gets so little attention in chemistry it seems, I'm glad to have been able to see this. Excellent videography as usual, I love this channel.
That was pretty cool, actually seeing niobium pentachloride would be great, I plan soon to make some so having more informations about it would be lovely
Wow! I really love electrophillic chlorides. I like PCl5 because it is extremely useful. But PCl5 is quite familiar to labworkers. How about antimony pentachloride? Antimony pentachloride may be extremely electrophillic and reactive. I'd love to see it.(Actually, the pentafluoride one is one of my wish-list. But, is it too exotic for youtube?)
A guess about the color in the upper part of the ampule: reaction with the hot surface of the glass during sealing process. Probably glass quality with low acid resistance is used for such ampules. P.S.: I do not know, if it is the new lights, but the video quality is great.
If I remember, potassium dichromate + sodium chloride + sulfuric acid yields Chromyl Chloride which looks just like bromine. It can be added to ethanol drop by drop... ignition! I did this one in my youth (best to use a retort for first reaction). Want to see this. Could demonstrate more interesting chromium chemistry with this starting point. Or other reactions... the one with hydrogen peroxide and ether dissolving the blue peroxide.
If I had to guess, the reddish color is close to the opening of the ampoule and may represent a small amount near where the flame sealed shut that melted into its brownish liquid form and then resolidified
What do you think was responsible for the bright green color of the mixture of MoCl5 with concentrated HCl? An old reference I found points to the existence of an unstable green MoOCl3.2HCl, and also mentions green salts such as KMoCl6. Would you get the same green color if you mixed MoCl5 with a concentrated KCl solution?
With access to rare chemical substances, knowledge and professionals video technique, u can make great online "Wiki for chemistry reactions" or complete one of exists on this moment.
Superb Brother. So many beautiful reactions to see😍 especially those fumes and deliquescence. Keep it up!!! Next time pls do reactions with VCl5 or ZrCl5. My favourites.
Hi, I love your videos, some very interesting and crazy compounds, but as a synthetic chemist at a university I wonder how you get all these very exotic compounds like interhalogens? In my country (New Zealand) I imagine some of the chemicals you have used are almost impossible to get
These brown gasses make me cringe so hard. I got an instant flashback to that one time I accidentally breathed in a shit load of NO2 gasses from a runaway nitration. Thought I was going to die but was to scared to tell my parents lol
Ah, yes, the ole spoon method. Quite well known amongst drug addicts. Lesser known among rich chemists, primarily under the poor. It works well in both cases, I mean, I assume.
I love your videos and i wondered if i could use short clips from your video to demonstrate the chemical elements on my instagram page. Are you ok with that? I will link your youtube channel too.
How about molybdenum pentachloride and basic environment. Can molybdenum pentachloride react with basic substances? Like sodium hydroxide,ammonia,sodium carbonate...
This is definitely an underappreciated "Let's use highly energetic chemicals to make pretty colours" channel. Top quality content (very pretty colours).
What a lovely video you have made! All those colours were really magnificent . MoCl5 is a very cool compound, I think. And I have to say your videos are really something unprecedented on RU-vid! U actually keep their quality growing and at a good pace. Wonderful job, man! Please continue. Thousands of fascinating chemicals lie ahead, just waiting for you. 🙂👍
I just noticed that you like Sundar Pichai and also speak like him or vice versa. The channel is heavily underrated. May you get silver button this year.
Thanks for sharing, great work! The fibrous MoO2Cl2 deposits ~6:20 remind me of the whispy manganese dioxide you sometimes see coming off of manganese heptoxide
