Transcript Jeopardy evol

Jeopardy – Evolution
HardyWeinberg
Darwin
Evidence
Finches
Potpourri
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1-100
It’s the equation for the H-W
equilibrium.
1-200
2
p
It’s what represents in the HW equilibrium.
1-300
It’s what 2 pq represents in
the H-W equilibrium.
1-400
It’s the percentage of the q allele
in a population if the homozygous
recessive individuals make up
25% of the population.
1-500
It’s the percentage of the p
allele in a genepool if the
homozygous recessive
population is 9%.
2-100
It’s the law that states that the
more something is used the
stronger it gets.
2-200
It’s the incorrect law that states
that the things you develop in
your life can be passed on to your
offspring.
2-300
Its when nature “determines”
which traits in a populaton are
strong and which are weak.
2-400
It’s the part of Darwin’s theory
that states that organisms
produce more offspring than
the environment can support.
2-500
This describes an aspect of a
living thing that makes it well
suited to live in it’s environment.
3-100
These allow scientists to
construct a timeline of life on
earth through “deep time.”
3-200
Examples of this type of evidence
is seen in gill slits and tails on
humans, pigs, chickens and
lizards.
3-300
Examples of this type of evidence
would be the forelimbs of a
whale, bat and a human.
3-400
These are structures that have
the same function but different
shape and structure.
3-500
These are the two types of
molecules that scientists look
at to determine biochemical
relationships.
4-100
It’s a type of
finch that
eats mainly
plant food.
4-200
It’s the only
finch that
eats only
animal food.
4-300
This finch
would be
the best at
eating lima
bean seeds.
4-400
This finch
probes with
it’s beak to
find plant
food.
4-500
This finch
would be
best for
eating
lentils.
5-100
This school of thought
suggests that evolution shows
slow and steady changes in
life forms over a long period
of time.
This type
of
evolution
is
5-200
illustrated by selection that
favors one extreme
phenotype in a population.
This theory states
that evolution
5-300
shows abrupt changes in life
forms due to events of rapid
change in the environment.
This type of evolution may result
5-400
in two phenotypes at either
extreme of the gene pool being
selected for over a long period of
time.
5-500
It’s the species on the tree
above that has changed
the least through time.