Having I trouble?
Crossword Clue

  • We have found 25 answers to crossword clue "Having I trouble?"
  • The Best Answer: 10/10
AnswerCrossword Clue
SELFISHHaving I problems
EGOTISTICALHaving I trouble
EGOISTICHaving "I" problems?
EGOCENTRICHaving I-strain?
SELFISHHaving I-strain?
EGOCENTRICHaving I trouble?
EGOISTICHaving an I problem
SELFISHHaving an "I" problem?
BRAINIERHaving a higher I.Q.
ITSABLAST"Boy, am I having fun!"
APATHETICHaving an "I don't care" attitude
SBVIUDAHaving a pleasant disposition -- can I do it? (7)
RAINCHECKDorm V.I.P. having to move his king?
FEWEST"Having the ... wants, I am nearest to the gods": Socrates
ENTHUSIASMSo I like having men dancing around, showing zeal (10)
xxxxxxxxxWaterfront V.I.P with black eye, having taken sock (9)
unhouselednot houseled, i.e. not having received the Eucharist shortly before death also UNHOUZZLED
parastichouscharacterised by parastichy, i.e. having a secondary helix joining leaf-bases on an axis
allopathyThe treatment of disease by conventional means, i.e., with drugs having opposite effects to the symptoms
orthotropous(of a plant ovule) Having the nucleus straight, i.e., not inverted, so that the micropyle is at the end opposite the base
alicyclicdenoting organic compounds that are both aliphatic and cyclic, i.e. aliphatic in chemical behaviour but having their carbon atoms in a ring also CYCLOALIPHATIC
levorotatory(of a compound) Having the property of rotating the plane of a polarized light ray to the left, i.e., counterclockwise facing the oncoming radiation
cycloaliphaticdenoting organic compounds that are both aliphatic and cyclic, i.e. aliphatic in chemical behaviour but having their carbon atoms in a ring also ALICYCLIC
dextrorotatory(of a compound) Having the property of rotating the plane of a polarized light ray to the right, i.e., clockwise facing the oncoming radiation
ultrashort(of radio waves) Having a wavelength significantly shorter than that of the usual shortwaves, in particular shorter than 10 meters (i.e., of a VHF frequency above 30 MHz)