1. Both sets of chromosome Reaction started No energy
Active transport
Steps of mitosis
Activation energy
nucleus
High to low
Makes ATP
Both sets of chromosome
Reaction started
No energy
2 new cells
Control center
diploid
PMAT
No sperm or egg
Cell membrane
osmosis
mitochondria
ribosome
enzyme
Controls what goes in and out
mitosis
chloroplast
Water moves
Speed up reaction
asexual
Uses ATP
One set of chromosome
Reactant of reaction
Protein synthesis
diffusion
denature
haploid
photosynthesis
Passive transport
substrate
High temp

2. Energy storing molecule protein
Sex cells
DNA
ATP
Crossing over
Sexual reproduction
Makes ATP
anaerobic
Energy storing molecule
protein
translation
Homologous chromosome
No oxygen
ATCG
Copies DNA
oxygen
mutation
mitochondria
glucose
meiosis
aerobic
RNA->proteins
chloroplast
Change in DNA
4 new cells
replication
gamete
DNA->RNA
nondisjunction
Type of sugar
Genetic variation
RNA
transcription
Makes glucose and oxygen
Made of amino acid
Error in chromosome
AUCG

3. classification
foreign DNA
stem cells
reproductive success
# of individuals
genotype
binomial nomenclature
undifferentiated cells
habitat destruction
biochemical
disruptive
scientific name
same structure
gel electrophoresis
fitness
favors 2 phenotypes
transgenic organism
homozygous
stabilizing
10%
genetic makeup Tt
directional
average phenotype
DNA and proteins
geographic isolation
invasive species
one phenotype
DNA fragments
phenotype
energy passed
non-native
TT or tt
KPCOFGS
cladogram
carrying capacity
heterozygous
population growth
acid rain
evolutionary relationship
speciation
deforestation
vestigial
fossil fuel
outward appearance
homologous
maximum #
pelvis in whale