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What is the function of acetic acid in the preparation of para nitro acetanilide?
Wiki User
∙ 12y ago
it holds the carbocation that is formed in "soultion" so it is able to react to completion
Wiki User
∙ 12y ago
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How can you prepare para-nitro acetanilide from acetanilide?
used of para nitro acet anilide
Among benzyl amine aniline acetanilide and p-nitro aniline which is the most basic compound?
benzyl amine is the most basic
Why is synthesis of p-nitro acetanilide carried out at low temperature?
because if the temperature rises it will give o-nitroacetanilide too.
Why aniline is more reactive than acetanilide toward electrophilic substitution?
For acetanilide, resonance delocalization of the nitrogen lone pair electrons to the aromatic ring is less favored because the positive charge on nitrogen is next to the positively polarized carbonyl group. Resonance delocalization to the carbonyl oxygen is favored because of the electronegativity of oxygen. Since the nitrogen lone pair electrons are less available to the ring than in aniline, the reactivity of the ring toward electrophilic substitution decreases.
Do ortho nitro phenol and para nitro phenol have hydrogen bonding in their molecules?
Otho nitro phenols have intra cellular H bonds.Para nitro phenols have inter cellular H bonds.
How can you prepare para-nitro acetanilide from acetanilide?
used of para nitro acet anilide
Why para-nitro acetanilide is insoluble in water whereas ortho-nitro acetanilide is soluble in water?
p-nitro phenol has a symmetric structure as compare to o-nitro phenol so it has higher dipole moment or polarity so is more soluble.
When was Nitro Function created?
Nitro Function was created in 1971.
Is the compound of nitrogen and sulfur acetic?
No. 'Acetic' refers to acetic acid; a compound involving nitrogen is usually called nitro- and sulfur is called thio-.
Among benzyl amine aniline acetanilide and p-nitro aniline which is the most basic compound?
benzyl amine is the most basic
Why is synthesis of p-nitro acetanilide carried out at low temperature?
because if the temperature rises it will give o-nitroacetanilide too.
How can seprate p-nitro acetanilide mixture of para and ortho acetanilide?
The amide group on acetanilide is an ortho/para director, so a simple nitration should work: a mixture of sulfiric acid and nitric acid should be sufficient. Afterward, separation of the ortho and para compounds (by column chromatography, probably) would be necessary.
Prepare O-nitrotoluene from benzene and show reactions involved?
preparation of m-nitro benzoic acid from benzene
Why aniline is more reactive than acetanilide toward electrophilic substitution?
For acetanilide, resonance delocalization of the nitrogen lone pair electrons to the aromatic ring is less favored because the positive charge on nitrogen is next to the positively polarized carbonyl group. Resonance delocalization to the carbonyl oxygen is favored because of the electronegativity of oxygen. Since the nitrogen lone pair electrons are less available to the ring than in aniline, the reactivity of the ring toward electrophilic substitution decreases.
How do you get infinite nitro in nitro type?
why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why why wh
Where is the Nitro Public Library in Nitro located?
The address of the Nitro Public Library is: 1700 Park Ave, Nitro, 25143 2800
Is nitro an explosive?
nitro is an explosive if added to other substance like nitro fuel which the nitro adds more octane for a bigger explosion except that nitro fuel has oil in it to lube the engine
