Chemical equation?
Why do the molecules CO(2) and H(2)O form when 1 kg of C(4)H(10) is burned? Why don't CO(2) and H(2) come out?
I'm having trouble deciding whether something is a chemical reaction or a physical process. Does anyone have any advice?
What product results if I first react this ester with 1/2 eq of diborane, then oxidatively with H2O2/NaOH and then hydrolytically with H+/H2O? How can I determine the stereo- and regioselectivity?
I have a test tomorrow and I still don't understand the difference. Can someone explain it somehow?
Aluminum bromide is to be produced from 35g of aluminum and 200g of bromine. How many grams of product are expected? M(Al) = 27g/mol and M(Br) = 80g/mol. I've already written down the formula and found n for aluminum (0.65 mol) and bromine (0.4 mol)…correct me if I'm wrong. The molar mass of AlBr3 is…
Hello, this is a bit late but I'm writing an essay tomorrow and I'm missing a few terms. Oxygen receiver: Oxygen dispenser: Oxygen atom transfer reaction: Oxidation: Reduction: Thank you in advance!
Oxygen is a rather reactive substance. If enough oxygen is present, everything will react with oxygen that can react with oxygen somehow.
And hydrogen is very happy to react with oxygen. So he does that if they have the opportunity to do so. And the possibility is definitely present when you burn a hydrocarbon with oxygen.
In order to produce elemental hydrogen in the reaction mentioned, you would have to somehow prevent the hydrogen of the alkane from reacting with oxygen. This is under conditions in which alkane burns but is simply not possible.
Okay, thank you.