woah para-nitrotoluene I've never even heard of that name before
so if I just called it 1-methyl-4-nitrobenzene I would still get the mark?
Really? Have you heard of toluene, phenol etc.? These are bezene with a CH3 (toluene), OH (phenol) etc. - common names for methylbenzene, hydroxybenzene etc. Para is a simple reference to position on the ring (ipso - one the same carbon, ortho - adjacent, meta - 2 carbons along, para - opposite carbon)
Really? Have you heard of toluene, phenol etc.? These are bezene with a CH3 (toluene), OH (phenol) etc. - common names for methylbenzene, hydroxybenzene etc. Para is a simple reference to position on the ring (ipso - one the same carbon, ortho - adjacent, meta - 2 carbons along, para - opposite carbon)
Should do yes.
ohhhh yes I am familiar with phenol. I vaguely remember hearing about toluene in class once. Ohh right, I did not know that.
how come you would be allowed to drop the 1 *scratches head*
ohhhh yes I am familiar with phenol. I vaguely remember hearing about toluene in class once. Ohh right, I did not know that.
You'd be allowed to drop the one because you're referring to just two substituents and one has to be on carbon 1 to start with (in a ring carbon 1 will be the one a functional group is on), declaring the other to be at carbon 4 locates the other substituent. I put it on for the sake of completeness but it's entirely superfluous.
You'd be allowed to drop the one because you're referring to just two substituents and one has to be on carbon 1 to start with (in a ring carbon 1 will be the one a functional group is on), declaring the other to be at carbon 4 locates the other substituent. I put it on for the sake of completeness but it's entirely superfluous.