...and only after the substitution of CH3 groups for H atoms in benzene do we find bands, eg, 3.43 fi, in common with those of the chain compounds. If, then,...are dealing with two distinct classes of compounds. Pi coline;( Alpha), CSH4N(CH3) Aniline, C,H5NIIa Thymol, C10HU0; P' 1: T j Caroacrol, C10HUO, Methyl...

...octane, and tetracosane are shown as typical examples), and only after the substitution of CH3 groups for H atoms in benzene do we find bands, eg, 3.43...chain compounds. If, then, we had no knowledge of these compounds, gained from organic chemistry, the evidence presented in the benzene curve and in...

...and only after the substitution of CH 3 groups for // atoms in benzene do we find bands, eg, 3.43 /u, in common with those of the chain compounds. If, then, we had no knowledge of these compounds, gained from organic chemistry, the evidence presented in the benzene curve and in...

...and only after the substitution of CHj groups for H atoms in benzene do we find bands, eg, 3.43 fjt, in common with those of the chain compounds. If, then,...are dealing with two distinct classes of compounds. Fig. 7. Isomeric compounds illustrating effect of structure upon absorption. Height of lines indicates...

...and only after the substitution of CH3 groups for H atoms in benzene do we find bands, eg, 3.43 ft, in common with those of the chain compounds. If, then,...are dealing with two distinct classes of compounds. ' Pi coline"( Alpha), C6HtN(CH3)., Aniline, C6H5NII Thymol, C10H1tO. Caroacrol, CI.,HUO. Methyl Sulphocyanate,...