Q # 1 (2.5 point)
Saved
Cladistics is used to construct
. Q # 1 options:
homologous entries
phylogenetic trees
shared ancestral characteristics
molecular systematics
Q # 2 (2.5 point)
Saved
Although flowers have a common ancestor, they vary
quite differently due to the environment and their
specific pollinators. This is an example of
Q # 2 options:
divergent evolution
convergent
evolution vestigial
structures analogous
structures
Q # 3 (2.5 point)
Saved
In the process of adaptive radiation, there is usually
one species from which others will quickly diverge. This
original species is known as the
Q # 3 options:
founder species
original isolate
primary progenitor
radiating organism
Q # 4 (2.5 point)
, Saved
The accumulation of mutations in a population over
generations leads to
Q # 4 options:
extinction
decreased variability
evolution
nonrandom mating
Q # 5 (2.5 point)
Saved
In some organisms mating preference leads to males
having characteristics much different from the females
(like being larger or more colorful) which is termed
Q # 5 options:
sexual dimorphism
sexual heterogeneity
secondary mating
mate inversion
Q # 6 (2.5 point)
Saved
A is the final sequence of DNA put together
from overlapping sequences.
Q # 6 options:
pairwise-end
frameup
ladder
contig
Q # 7 (2.5 point)
Saved
Saved
Cladistics is used to construct
. Q # 1 options:
homologous entries
phylogenetic trees
shared ancestral characteristics
molecular systematics
Q # 2 (2.5 point)
Saved
Although flowers have a common ancestor, they vary
quite differently due to the environment and their
specific pollinators. This is an example of
Q # 2 options:
divergent evolution
convergent
evolution vestigial
structures analogous
structures
Q # 3 (2.5 point)
Saved
In the process of adaptive radiation, there is usually
one species from which others will quickly diverge. This
original species is known as the
Q # 3 options:
founder species
original isolate
primary progenitor
radiating organism
Q # 4 (2.5 point)
, Saved
The accumulation of mutations in a population over
generations leads to
Q # 4 options:
extinction
decreased variability
evolution
nonrandom mating
Q # 5 (2.5 point)
Saved
In some organisms mating preference leads to males
having characteristics much different from the females
(like being larger or more colorful) which is termed
Q # 5 options:
sexual dimorphism
sexual heterogeneity
secondary mating
mate inversion
Q # 6 (2.5 point)
Saved
A is the final sequence of DNA put together
from overlapping sequences.
Q # 6 options:
pairwise-end
frameup
ladder
contig
Q # 7 (2.5 point)
Saved
