In: Biology
a) Neanderthals
b) chimpanzees
c) Australopithecus
d) homo habilis
a) the immune system
b) cortex development
c) placental development
d) body growth
e) speech
a) interbreed
b) produce fertile offspring
c) share similar genes
d) all of these
a) DNA stabilization
b) new species formation
c) becoming closer in morphology in the populations
d) changes in alleles between the populations
e) b and d
a) corpus striatum
b) corpus collosum
c) corpus spongiosum
d) corpus quadrigemina
e) none of these
a) tool use
b) meat diet
c) brain enlargement
d) controlled fire usage
e) migration out of Africa
a) Neanderthals
b) Australopithecines
c) cro magnons
d) homo erectus
e) members of congress
a) thalamus
b) gyri
c) cerebral aqueduct
d) subarachnoid space
e) corpora quadrigemina
a) A. africanus
b) A. afarensis
c) homo erectus
d) homo habilis
e) c and d
a) haploid gametes
b) diploid gametes
c) specific groups of alleles
d) examples of genetic drift
e) none of these
The study oh the fossils and other evidences have provided with a lot of information about our prehistoric ancestors that led to further development and progress in the study of human evolution.