Pass electricity through both of them
4-aminobenzamide will conduct electricity whereas benzamide will not
Oxidation via KMnO4. Benzene will not show positive results as it does not oxidize while methyl benzene shows positive results and oxidizes to benzolic acid (purple colour solution decolourizes)
I guess the answer maybe Iodoform Test... If we treat both Acetophenone and benzophenone with NaoH/I2 Acetophenone containg methyl keto group will give yellow ppt. of Iodoform while the latter will not..
Dilute sodiumbicarnonate
Benzamide is not as acidic as benzoic acid. A simple pH test will do.
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A benzamide is the amide of benzoic acid or any of its derivatives, several of which are pharmaceuticals.
No; the derivate benzoic acid is of course acidic.
a
Nh3co3+c6h5=c6h5conh2+02
The products are sodium benzoate and ammonia gas.
A benzamide is the amide of benzoic acid or any of its derivatives, several of which are pharmaceuticals.
No; the derivate benzoic acid is of course acidic.
a
Nh3co3+c6h5=c6h5conh2+02
it has (red acid) and a (blue base)
The products are sodium benzoate and ammonia gas.
Litmus paper can only distinguish acid from base, but you should be able to easily distinguish those two acids by their distinctive odors.
Benzoic acid will give brisk effervescence on reacting with sodium bicarbonate.
You would have to look at the nurk of the base and the whapple of the acid and i it is an xx and yy it would distinguish because then it dismanages it but otherwise if it is xy yx then it physicaly can't distinguish experimentally without tasting it.
distinguish between common acid base indicator and universal indicator
Formic acid gives positive result in both tollen's test and fehlings test. but acetic acid doesnot.
The reaction for benzoic acid and methyl amine produces benzamide. The equation is C6H5COOH + CH3NH2 ---> C6H5CONHCH3 + H2O.