You searched for: (ch3)2 nh2 (Franska - Engelska)

(c (ch3) 2
(c (ch3) 2

-ch (ch3) 2
-ch (ch3) 2

-osi (ch3) 2 -
-osi (ch3) 2 -

c6h4(ch3)2 pur
c6h4(ch3)2

-ch2ch (ch3) 2
-ch2ch (ch3) 2

-ch = c (ch3) 2
-ch = c (ch3) 2

hn(ch3)2 diméthylamine
hn(ch3)2 dimethylamine

-c (ch3) 2 -,-c (=
-c (ch3) 2 -,-c (=

-c (ch3) 2-aryle
-c (ch3) 2-aryl

2)-nh2; (seq id no
2)-nh2; (seq id no

méthylisobutylcétone, (ch3)2 chch2coch3.
methylisobutylketone, (ch3)2 chch2coch3.

r6 représente-ch2ch (ch3) 2
r6 is-ch2ch (ch3) 2

-(ch2) n-n (ch3) 2 ou-co-ch3
-(ch2) n-n (ch3) 2 or-co-ch3

z représente un groupe coch3, ch (ch3) 2 ou
z is a group coch3, ch (ch3) 2 or

-c (ch3) = ch-ch (ch3) -2 ou cyclohexyle
-c (ch3) = ch-ch (ch3) 2 or cyclohexyl

(iii) y représente n (ch3) 2, nhch3, ch3 ou pyridine
(iii) and y represents n (ch3) 2, nhch3, ch3 or pyridine

r2 représente h, ch3, c2h5, ch (ch3) 2, ch2oh, c6h5
r2 = h, ch3, c2h5, ch (ch3) 2, ch2oh, c6h5

a est une liaison, ch2, ch ch3, ch2 ch2 ou c (ch3) 2
a is a bond, ch2, ch ch3, ch2 ch2 or c (ch3) 2

n-{ sich3ro } m-si (ch3) 2-r dans laquelle r1
n-{ sich3ro } m-si (ch3) 2-r wherein r1

x désigne h, ch3, nh2, nh (ch3), n (ch3) 2, oh, och3, ou sh
x is h, ch3, nh2, nh (ch3), n (ch3) 2, oh, och3, or sh