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WorksheetsAqSci Semester Exam Review
Total questions: 90
Worksheet time: 45mins
Basic unit of structure and function in all living things
prokaryotic
eukaryotic
cell
virus
uses cells to make more of itself
prokaryotic
eukaryotic
cell
virus
cell without a nucleus
prokaryotic
eukaryotic
cell
virus
cell that contains a nucleus
prokaryotic
eukaryotic
cell
virus
Regulates what enters and exits the cell
cell membrane
chloroplast
vacuole
mitochondria
rigid outer boundary used for extra support in all organisms except animals
ribosome
mitochondria
cell wall
chloroplast
storage of the cell ("closet") - very large in a plant cell
chloroplast
vacuole
mitochondria
chromosome
site of cellular respiration
chloroplast
mitochondria
vacuole
ribosome
coils of DNA found in the nuclei of cells
chromosomes
ribosomes
chloroplasts
vacuoles
makes proteins
ribosomes
chloroplasts
mitchondria
cell wall
site of photosynthesis
chloroplast
mitochondria
vacuole
ribosome
made in the ribosomes
proteins
carbohydrates
lipids
nucleic acids
waxes, oils, fats
carbohydrates
lipids
nucleic acids
proteins
instructions that are passed onto offspring
DNA
proteins
carbohydrates
lipids
sugars and starches
carbohydrates
lipids
nucleic acids
proteins
made of a 5-carbon sugar, a phosphate group and a nitrogen base
protein
carbohydrate
nucleotide
lipid
sections of DNA that code for a protein
gene
protein
lipid
carbohydrate
asexual cell division
cancer
mitosis
cytokinesis
interphase
chromosomes line up in the middle of the cell
metaphase
telophase
anaphase
prophase
chromosomes are pulled (apart) to opposite poles
anaphase
prophase
cytokinesis
telophase
cytoplasm is splitting in two, following telophase
cytokinesis
prophase
interphase
cancer
cells dividing out of control; disruption of the cell cycle
cancer
anaphase
cytokinesis
interphase
takes place prior to mitosis
metaphase
interphase
cancer
anaphase
type of solution that will shrink a cell
homeostasis
hypertonic
hypotonic
isotonic
type of solution that will make a cell swell
hypertonic
isotonic
hypotonic
diffusion
a balance; equilibrium
homeostasis
osmosis
diffusion
hypertonic
movement of molecules from higher concentration to lower concentration
diffusion
homeostasis
hypotonic
hypertonic
diffusion of water
osmosis
homeostasis
hypotonic
hypertonic
energy is not required in diffusion, osmosis, and facilitative diffusion
passive transport
homeostasis
hypertonic
hypotonic
pairs with cytosine
thymine
guanine
adenine
uracil
pairs with adenine (DNA)
guanine
cytosine
thymine
mutation
makes up the backbone of DNA/RNA
sugar and phosphate
nitrogen bases
hydrogen bonds
substitution
change in DNA
mutation
guanine
sugar and phosphate
gene
one nitrogen base replaces another
substitution
guanine
sugar and phosphate
gene
two different alleles (Tt)
dominant
recessive
heterozygous
homozygous
the allele that always shows up in a pair
dominant
recessive
heterozygous
karyotype
physical appearance of the trait
phenotype
genotype
allele
karyotype
the allele that is hidden
recessive
dominant
heterozygous
phenotype
alternate form of a gene (T or t)
allele
gene
phenotype
karyotype
when both alleles are the same (TT or tt)
phenotype
heterozygous
homozygous
karyotype
cross between red and white flowers creates pink flowers
incomplete dominance
allele
karyotype
dominant
chromosomes arranged in homologous pairs
karyotype
allele
dominant
recessive
multicellular; no cell wall
animal
plant
protist
fungi
bacteria
does not have a nucleus
bacteria
plant
animal
protist
fungi
can photosynthesize; multicellular
plant
animal
fungi
bacteria
some are like plants; some are like animals
animal
bacteria
plant
protist
fungi
mold and mushrooms
fungi
animal
plant
protist
bacteria
larger than order, smaller than phylum
family
domain
species
class
larger than family; smaller than class
kingdom
phylum
order
genus
larger than genus; smaller than order
kingdom
phylum
class
family
most specific
species
genus
kingdom
phylum
most general; largest category
domain
species
genus
family
smaller than family; larger than species
kingdom
phylum
class
genus
those most fit for the environment will have a better chance of survival
variation
adaptation
natural selection
population
evolves (changes)
population
natural selection
individuals
variation
allows for natural selection
variation
adaptation
population
individual
increases chance of survival; encoded in DNA
variation
adaptation
natural selection
population
takes place in the chloroplasts of plant cells
photosynthesis
cellular respiration
protein synthesis
DNA replication
takes place in the mitochondria
cellular respiration
protein synthesis
DNA replication
photosynthesis
product of respiration, in addition to water
glucose
oxygen
carbon dioxide
sunlight
product of photosynthesis, in addition to oxygen
water
glucose
sunlight
carbon dioxide
reactant of respiration, in addition to glucose
oxygen
carbon dioxide
sunlight
water
reactant of photosynthesis, in addition to carbon dioxide
water
glucose
ATP
oxygen
made up of brain and spinal cord
nervous
digestive
respiratory
integumentary
glands release hormones
endocrine
excretory
integumentary
digestive
site of nutrient absorption
digestive
integumentary
respiratory
reproductive
transports materials around the body
circulatory
digestive
nervous
integumentary
allows you to move
muscular
skeletal
digestive
respiratory
framework for your body
skeletal
muscular
integumentary
digestive
gas exchange
respiratory
digestive
circulatory
reproductive
regulates body temperature
integumentary
respiratory
circulatory
nervous
defends your body from pathogens
immune
circulatory
digestive
reproductive
removes waste from body
excretory
endocrine
integumentary
nervous
organ in plant that does the majority of photosynthesizing
leaf
flower
roots
xylem
absorbs water for the plant
roots
phloem
flower
leaf
plant grows toward light
phototropism
geotropism
xylem
phloem
reproductive structure of the plant
leaf
flower
xylem
phloem
moves water up the plant
xylem
phloem
leaves
flower
roots grow down; stem grown up
geotropism
phototropism
xylem
phloem
tranports food from the leaves down to the roots where it is stored
xylem
phloem
roots
leaves
kills and eats other organisms
predator
prey
parasite
producer
first organisms to inhabit an ecosystem
pioneer species
predator
prey
parasite
required by all organisms
energy
producer
commensalism
mutualism
both organisms benefit in this relationship
mutualism
commensalism
parasite
succession
can make their own food
producer
consumer
parasite
virus
amount of energy transferred to each trophic level
10%
20%
50%
90%
the organisms being harmed in a parasitic relationship
host
parasite
producer
consumer
the development of an ecosystem over time
pioneer species
predator
succession
commensalism
a relationship in which one organism benefits and the other is unaffected
mutualism
commensalism
parasitism
host
tapeworm, flea, tick, etc.
host
parasite
pioneer species
predator
