What kind of solution...?
well, with bromine monoxide we will have this : Br2O + H2O -> 2HBrO and, with potassium oxide : 2K2O + 2H2O -> 2KOH however, nickel oxide doesn't react with water
Why would my narcissistic ex who discarded me tell me to date other people?
Let's think this through.Someone who dumped you is now telling you what to do with your life.Do you sense just an eentsy teeny weeny bit of control?Think it through.. There's somebody else. Bank on it.. He's got it in his head that he calls the shots on when you date.And he is telling his next Ms. Right (s) that he told you to move on. No need to feel guilty or sad, Newgal.. He wants to behave any way he wants because it's over, Rover. And that includes putting it out there on a grand scale.And yeah, he wants it to get back to you. Ouch!.He wants you to cave in and say, “Darling, let's try again! I want no one but you!” and he's got you back….on his terms.As your friend, I advise you to carry condoms at all times. You never know.. What he's not expecting is …. Silence.No emotions.If you can handle it, a little Meghan Markle head held high dignity works wonders.Don't react.Go no contact.Want me to be really plain?Get yourself tested for STD's. The odds of you having something is not great. But that's not the point.You need to clear out the cobwebs in your closet. You want to go into your new life with a clear conscience.Above all, love yourselfHugs,Mandi
Are Adderall and meth the same?
Many people are responding by nitpicking the differences in chemical compounds, but as a former addict of both, I will give you the simplest and most honest answer in layman's terms.Yes, they are very similar. In fact, many kids like myself got hooked on Adderall in college and ended up graduating to meth because Adderall was too hard to come by since it is a controlled substance.When I first started using Adderall everything that I experienced was virtually identical to my experience once I switched to using methamphetamine. The only real difference was the length and plateau of the euphoria felt on meth, was a bit more intense and longer-lasting, and the come down off Adderall had the potential to be a bit harsher.But here's the thing, while an Adderall user will have no problems getting an equal or better high when switching to meth, once you are a meth user, you will no longer be able to get any kind of high from Adderall ever again.Don't be fooled by people claiming that Adderall is any less addictive or any less dangerous as an abused drug. The only reason I ever tried methamphetamine was because I developed a fast and hard addiction to Adderall, and when I finished college I no longer had a connection for the drug anymore, leaving me desperate to find an alternative. But my amphetamine addiction was already cemented on Adderall, long before I even tried meth.The dangers are the same with both drugs, with the only exception being that because methamphetamine is homemade, there is a potential for unknown hazardous chemicals to be used in it's production. But as far as the addiction and the damage done to your body, both are devastating and potentially lethal.If you are even considering trying either one of them for the first time, save your own life and stay as far away from them as possible. Please believe me when I say, they will take everything in your life that you hold dear away from you and utterly destroy it.
Vicinal dihalides are not used for preparing grignard reagents, why?
If two halogen atoms are present in a given compound, reactions with reducing metals may take different paths depending on how close the carbon-halogen bonds are to each other. If they are separated by four or more carbons, as in the first example below, a bis-organometallic compound may be formed. However, if the halogens are bonded to adjacent carbons, an elimination takes place with formation of a double bond. Since vicinal-dihalides are usually made by adding a halogen to a double bond, this reaction is mainly useful for relating structures to each other. The last example, in which two halogens are bonded to the same carbon, referred to as geminal (twinned), gives an unusual reagent which may either react as a carbon nucleophile or, by elimination, as a carbene. Such reagents are often termed carbenoid.Taken from the Virtual Textbook of Organic Chemistry, which is maintained by William Reusch.