Deaf and hearing college students were given 30 mathematics problems to sol
ve. The initial 15 were presented as numeric/graphic problems, followed by
15 corresponding word problems, with both conditions sequenced for a progre
ssive increase in problem complexity. Each word problem described the kind
of shape and measurement information that was presented in its correspondin
g numeric/graphic problem. The results showed that the deaf college student
s, regardless of reading level, were comparable in performance to the heari
ng college students when solving the numeric/graphic problems and the initi
al, least complex set of corresponding word problems. However, as the compl
exity of the descriptive information in the word problems increased along w
ith the complexity of the problem situations, the performance scores of the
deaf students decreased. No comparable decrease was observed in the hearin
g students' scores. While reading ability level was associated with the dea
f students' lower scores when solving word problems, the analyses show that
other factors also contributed.