It is commonlt known as resist salt which is a mild oxidising agent and used in reactive printing
ortho-para in benzene is meaningless these positions are for monosubstituted benzene. Meta is positions 3 and 5. Ortho is position 2 and 6 with relation to already attached group, para is 4 (opposite) to attached group.
nitro group is very electronegative,so it withdraws electron from the benzene ring so as to destabalize the carbocations in the ortho- and para- position. Nitro group is also fairly bulky so steric hinderance limits the formation of ortho product.ok?
ortho- (1,2), meta- (1,3), para- (1,4)
yes because amine forming salt with acid and it will be meta active
Dichlorobezene can come in ortho,meta, and para configurations. Each of these has a molar mass of 147.0g/mol.
You are trying to make a para compound, so the trick here is to recognize that bromine is an ortho-para director (albeit a weak one) and nitro is a meta director. Therefore, you want to add the bromine first and then the nitro. Doing the reaction in reverse order will result in the meta product. Your reaction pathway is: 1) Benzene + Br2 + FeBr3 => Bromobenzene 2) Bromobenzene + HNO3 + H2SO4 (catalytic) => 1,2 bromonitrobenzene + 1,4 bromonitrobenzene
For benzene, all you have to do is move the double bonds of the ring around. And for the H2NCH2+, you have 2H on the N, and then a double bond between N and C, then two H bonded to the C.
Meta-xylene forms only one trisubstituted benzene (1,2-dimethyle benzene).
ortho-para in benzene is meaningless these positions are for monosubstituted benzene. Meta is positions 3 and 5. Ortho is position 2 and 6 with relation to already attached group, para is 4 (opposite) to attached group.
nitro group is very electronegative,so it withdraws electron from the benzene ring so as to destabalize the carbocations in the ortho- and para- position. Nitro group is also fairly bulky so steric hinderance limits the formation of ortho product.ok?
The most reactive site of 2-nitro toluene is its 4th position which is para to methyl group and meta to nitro group.
Sodium hydrogen sulphite: Sodium bisulfite, not sodium "meta" bisulfite
Sodium (Meta)Carbonate = Na2CO3Sodium Ortho-Carbonate = Na4CO4
Sodium is a meta element. Atomic mass of it is 23.
Sodium is a meta element. Atomic mass of it is 23.
Sodium is a meta element. Atomic mass of it is 23.
Sodium is a meta element. Atomic mass of it is 23.