Suppose "Two skateboarders, one wearing a black t-shirt and the other wearing a white t-shirt, race each other.". Can we infer that "Skateboarders race for money."? (A) Yes. (B) No. (C) Maybe, this is neutral.
Two skateboarders, one wearing a black t-shirt and the other wearing a white t-shirt, race each other.
Skateboarders race for money.
blatantly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , blatantly race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sure
Suppose " Two sure skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
undirected
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white undirected t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
lengthwise
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white lengthwise t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
five-petalled
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( five-petalled A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
tied
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white tied t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
carboniferous
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( carboniferous A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
brazilian
Suppose " Two skateboarders , one wearing a black Brazilian t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
digitally
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we digitally infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
viral
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( viral A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
realistically
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we realistically infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
flecked
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( flecked A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
arduous
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( arduous A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
possessed
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( possessed A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
subtly
Suppose " Two skateboarders , one subtly wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sliced
Suppose " Two skateboarders , one wearing a black sliced t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
naturalistic
Suppose " Two skateboarders , one wearing a black t - naturalistic shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
competently
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , competently race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nearby
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( nearby A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
well-intentioned
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( well-intentioned A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
barbadian
Suppose " Two skateboarders , one wearing a black t - Barbadian shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
variously
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we variously infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
head-on
Suppose " Two skateboarders , one head-on wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
flecked
Suppose " Two skateboarders , one wearing a black t - flecked shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
law-abiding
Suppose " Two law-abiding skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
realistically
Suppose " Two skateboarders , one realistically wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
at_any_expense
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , at_any_expense race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
inventively
Suppose " Two skateboarders , one inventively wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
lightly
Suppose " Two skateboarders , one wearing a black t - shirt and the other lightly wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
frequently
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we frequently infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nonresistant
Suppose " Two skateboarders , one wearing a black t - nonresistant shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
diagonal
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( diagonal A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
feeble
Suppose " Two feeble skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
rose-colored
Suppose " Two rose-colored skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unsigned
Suppose " Two unsigned skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
double-spaced
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( double-spaced A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unequivocally
Suppose " Two skateboarders , one unequivocally wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
two-hundredth
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( two-hundredth A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
revised
Suppose " Two skateboarders , one wearing a black revised t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
world-wide
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( world-wide A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
transparently
Suppose " Two skateboarders , one wearing a black t - shirt and the other transparently wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
youthfully
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we youthfully infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
old
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white Old t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
stretchable
Suppose " Two stretchable skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
chromatic
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( chromatic A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
ultimately
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we ultimately infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
undeniably
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , undeniably race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
cervical
Suppose " Two cervical skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
huffy
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( huffy A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
multiphase
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( multiphase A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
uncomplimentary
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( uncomplimentary A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
native
Suppose " Two skateboarders , one wearing a black t - native shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
adversely
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we adversely infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
blindly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we blindly infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
high
Suppose " Two high skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
actively
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , actively race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
strategically
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we strategically infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
independently
Suppose " Two skateboarders , one independently wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
fad
Suppose " Two fad skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
private
Suppose " Two private skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
slipper-shaped
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( slipper-shaped A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
encouraged
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( encouraged A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
curly-leaved
Suppose " Two skateboarders , one wearing a black t - curly-leaved shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
socialized
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( socialized A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
substantially
Suppose " Two skateboarders , one substantially wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
glittery
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( glittery A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
electrostatic
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( electrostatic A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
broad
Suppose " Two skateboarders , one wearing a black t - broad shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
short-tempered
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( short-tempered A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
inferior
Suppose " Two inferior skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
reducing
Suppose " Two reducing skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
evidently
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , evidently race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
penitent
Suppose " Two skateboarders , one wearing a black t - penitent shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
virtually
Suppose " Two skateboarders , one wearing a black t - shirt and the other virtually wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
verbosely
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we verbosely infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
mournful
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( mournful A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
pliable
Suppose " Two skateboarders , one wearing a black pliable t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
undoubtedly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , undoubtedly race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
disjoint
Suppose " Two disjoint skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sensorimotor
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( sensorimotor A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
alone
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , alone race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
legitimate
Suppose " Two skateboarders , one wearing a black t - legitimate shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unsuspicious
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( unsuspicious A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
phoneme
Suppose " Two skateboarders , one wearing a black t - phoneme shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
rough-textured
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white rough-textured t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
fifty-fifth
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( fifty-fifth A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
otherwise
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we otherwise infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
professorially
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we professorially infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
wholehearted-dissimulative
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( wholehearted-dissimulative A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
peculiarly
Suppose " Two skateboarders , one peculiarly wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
closed
Suppose " Two skateboarders , one wearing a black closed t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
biologically
Suppose " Two skateboarders , one biologically wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
first-rate
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , first-rate race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
light-heartedly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we light-heartedly infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
beamy
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( beamy A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
substantially
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , substantially race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
horse
Suppose " Two skateboarders , one wearing a black horse t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
frontal
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white frontal t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
jordanian
Suppose " Two Jordanian skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
monegasque
Suppose " Two skateboarders , one wearing a black Monegasque t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
black-tie
Suppose " Two black-tie skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
electromagnetic
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( electromagnetic A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
foremost
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , foremost race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
orange
Suppose " Two skateboarders , one wearing a black t - orange shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
variously
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , variously race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unhesitatingly
Suppose " Two skateboarders , one unhesitatingly wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
tacitly
Suppose " Two skateboarders , one wearing a black t - shirt and the other tacitly wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
actively
Suppose " Two skateboarders , one actively wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
theoretically
Suppose " Two skateboarders , one wearing a black t - shirt and the other theoretically wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
combinative
Suppose " Two combinative skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
strictly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , strictly race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
half_price
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , half_price race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
computational
Suppose " Two skateboarders , one wearing a black t - computational shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
realizable
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( realizable A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
untouched
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white untouched t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
proactive
Suppose " Two proactive skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
semantically
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we semantically infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
montane
Suppose " Two skateboarders , one wearing a black Montane t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
indeterminate
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for indeterminate money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
each
Suppose " Two skateboarders , one wearing a black t - shirt and the other each wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unpaid
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( unpaid A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
practically
Suppose " Two skateboarders , one wearing a black t - shirt and the other practically wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
practically
Suppose " Two skateboarders , one wearing a black t - shirt and the other practically wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
impressionable
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( impressionable A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
steadily
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , steadily race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
functional
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( functional A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
first
First suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
statewide
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( statewide A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
low-tech
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( low-tech A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
clean-limbed
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( clean-limbed A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nationwide
Suppose " Two skateboarders , one nationwide wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
conspicuous
Suppose " Two conspicuous skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
downwind
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we downwind infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
antimagnetic
Suppose " Two antimagnetic skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unborn
Suppose " Two unborn skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
virtually
Suppose " Two skateboarders , one wearing a black t - shirt and the other virtually wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unconfined
Suppose " Two unconfined skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
gradable
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white gradable t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
noticeable
Suppose " Two noticeable skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
interdependent
Suppose " Two skateboarders , one wearing a black interdependent t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
optically
Suppose " Two skateboarders , one optically wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
annually
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we annually infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nowhere
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we nowhere infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
cropped
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white cropped t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
die-cast
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white die-cast t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
back-to-back
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white back-to-back t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
soundproof
Suppose " Two skateboarders , one wearing a black t - soundproof shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
isometric
Suppose " Two isometric skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
for_example
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , for_example race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
divided
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white divided t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
appropriately
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we appropriately infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
voluntary
Suppose " Two voluntary skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
succeeding
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( succeeding A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
rock-bottom
Suppose " Two skateboarders , one wearing a black rock-bottom t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
ubiquitous
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white ubiquitous t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
.
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white . t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
27
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( 27 A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
associative
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( associative A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
incorrectly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we incorrectly infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
preposterously
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we preposterously infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
aglow
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - aglow shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
brixton
Suppose " Two skateboarders , one wearing a black Brixton t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sunken
Suppose " Two skateboarders , one wearing a black sunken t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
conservative
Suppose " Two skateboarders , one wearing a black t - conservative shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
well-tried
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( well-tried A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
incorrectly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we incorrectly infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
wear
Suppose " Two wear skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
bass
Suppose " Two skateboarders , one wearing a black bass t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
logically
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we logically infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
benignly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , benignly race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
northwestern
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white northwestern t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
never
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we never infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
genitive
Suppose " Two skateboarders , one wearing a black genitive t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
melodious
Suppose " Two melodious skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
clamorously
Suppose " Two skateboarders , one clamorously wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sensational
Suppose " Two sensational skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
kosher
Suppose " Two kosher skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
hard-and-fast
Suppose " Two skateboarders , one wearing a black t - hard-and-fast shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
quietly
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , quietly race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
heterogenous
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white heterogenous t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
floral
Suppose " Two skateboarders , one wearing a black floral t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
humorously
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we humorously infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
clubsociable
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( clubsociable A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
affably
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , affably race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
bicuspid
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( bicuspid A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
verbally
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , verbally race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
intensely
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , intensely race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
outbeat
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( outbeat A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
english-speaking
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( English-speaking A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
twentieth
Suppose " Two skateboarders , one wearing a black twentieth t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
clerical
Suppose " Two clerical skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
naturally
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , naturally race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
naturally
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we naturally infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
now
Suppose " Two skateboarders , one wearing a black t - shirt and the other now wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
indeterminate
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for indeterminate money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
conditionally
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we conditionally infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
outdoors
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we outdoors infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
medically
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we medically infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
dimly moderately
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we dimly moderately infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
approvingly
Suppose " Two skateboarders , one approvingly wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sharp-eyed
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( sharp-eyed A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
feline
Suppose " Two feline skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
libertarian
Suppose " Two Libertarian skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
special
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for special money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
115
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( 115 A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
argumentatively
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we argumentatively infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
ropy
Suppose " Two skateboarders , one wearing a black t - ropy shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nonspherical
Suppose " Two skateboarders , one wearing a black t - nonspherical shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
anesthetic
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( anesthetic A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
upwind
Suppose " Two skateboarders , one upwind wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
fusty
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( fusty A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
tax-free
Suppose " Two skateboarders , one wearing a black t - tax-free shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unrestricted
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - unrestricted shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
untrimmed
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( untrimmed A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unpatterned
Suppose " Two skateboarders , one wearing a black t - unpatterned shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sun-dried
Suppose " Two skateboarders , one wearing a black sun-dried t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
cultivated
Suppose " Two skateboarders , one wearing a black cultivated t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
hi
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( hi A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
analogous
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - analogous shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
obstinate
Suppose " Two obstinate skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
materially
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , materially race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
predatory
Suppose " Two skateboarders , one wearing a black predatory t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
curiously
Suppose " Two skateboarders , one curiously wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
charitably
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we charitably infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
culturally
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we culturally infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
outward
Suppose " Two skateboarders , one wearing a black outward t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
green
Suppose " Two green skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
prescriptive
Suppose " Two skateboarders , one wearing a black t - prescriptive shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
remotely
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , remotely race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nonadaptive
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white nonadaptive t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
cursorial
Suppose " Two cursorial skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
nippled
Suppose " Two skateboarders , one wearing a black t - nippled shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
officially
Suppose " Two skateboarders , one officially wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
statewide
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white statewide t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
acutely
Suppose " Two skateboarders , one acutely wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
ancestral
Suppose " Two skateboarders , one wearing a black ancestral t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
theoretically
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders theoretically race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
french-speaking
Suppose " Two skateboarders , one wearing a black t - French-speaking shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
noncellular
Suppose " Two skateboarders , one wearing a black t - noncellular shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
offhand
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( offhand A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
also
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we also infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
emblematic
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( emblematic A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
pinnate
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( pinnate A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
checked
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white checked t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
semantically
Semantically suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
exclusive
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white exclusive t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
realizable
Suppose " Two skateboarders , one wearing a black realizable t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
high-sounding
Suppose " Two skateboarders , one wearing a black high-sounding t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
rewards
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white t - shirt , rewards race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
fiberoptic
Suppose " Two skateboarders , one wearing a black fiberoptic t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
unnamed
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white unnamed t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
algebraic
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white algebraic t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
curiously
Suppose " Two skateboarders , one curiously wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
double-spaced
Suppose " Two skateboarders , one wearing a black double-spaced t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
sensational
Suppose " Two skateboarders , one wearing a black t - shirt and the other wearing a white sensational t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .
incisively
Suppose " Two skateboarders , one incisively wearing a black t - shirt and the other wearing a white t - shirt , race each other . " . Can we infer that " Skateboarders race for money . " ? ( A ) Yes . ( B ) No . ( C ) Maybe , this is neutral .