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WorksheetsBiology Final Review!
Total questions: 82
Worksheet time: 2hrs 47mins
Fox
Abiotic
Biotic
water
biotic
Abiotic
Mushroom
biotic
Abiotic
A rock
Biotic
Abiotic
What is this?
herbivore
carnivore
omnivore
decomposer
worms and fungi break down dead organisms so that the matter can be reused because they are
herbivores
carnivores
omnivores
decomposers
Organisms that can produce their own source of food are called...
heterotrophs
omnivores
autotrophs
herbivores
Organisms that are unable to make their own food are called...
autotrophs
heterotrophs
homeotrophs
heterovores
Anything that has mass and takes up space
Matter
Energy
Both
None of the above
The ability to do work, such a make something move or warm something up.
Matter
Energy
Both
None of the above
As we digest food, what happens to the bonds in the food molecules?
they are formed releasing energy
they are formed absorbing energy
they are broken releasing energy
they are broken absorbing energy
In photosynthesis sunlight provides the...
Matter
Energy
Both
None of the above
Heat
Matter
Energy
Both
None of the above
It is made of atoms
Matter
Energy
Both
None of the above
This can leave the ecosystem
matter
energy
both matter and energy
neither matter or energy
This cannot leave the ecosystem, but is recycled
matter
energy
both matter and energy
neither matter or energy
can be created or destroyed
matter
energy
both matter and energy
neither matter or energy
Decomposers get energy from...
the sun
eating plants
eating animals
dead things and waste
The original source of energy for a food web is...
plants
sun
producers
decomposers
Producers are ...
plants
able to do photosynthesis
also called autotrophs
all of these are true
Photosynthesis is important because...
it creates energy
it transforms solar energy into chemical energy
it makes water
it's not important
A person who eats a chicken that ate grain is a ...
primary producer
primary consumer
secondary consumer
quaternary consumer
Which of the organisms in the food chain would you expect to have the smallest population
grasses
crickets
field mice
hawks
which does not go with the "K" strategy of reproduction
many offspring
high offspring survival
high parental care
small amount of offspring
What is the carrying capacity of the graph?
1000
8000
800
600
AB -->A + B
Anabolic
Catabolic
A + B --> AB
Anabolic
Catabolic
Reactions that build up molecules
catabolic reaction
anabolic reaction
thermal expansion
reactants and products
Reactions that break down molecules
anabolic
burning
catabolic
thermal
energy is released feels warm
catabolic
anabolic
Energy is absorbed (feels cold)
catabolic
anabolic
Which statement is true according to the image?
A: anabolic; B: catabolic
A: catabolic; B: anabolic
Which type of reaction does the graph represent?
anabolic
catabolic
endergonic
ATP phosphorylation
A larger molecule broken into smaller molecules and releasing energy is an example of a
problematic reaction
anabolic reaction
catabolic reaction
no reaction takes place
What happens to energy as stability increases
it decreases
it increases
it stays the same
What are the reactants (taken into) of cellular respiration? (Mark all of them!)
oxygen
glucose
carbon dioxide
water
energy
What is the correct equation for cellular respiration?
6O2 + C6H12O6 -> 6CO2 + 6H2O + Energy
6O2 + C6H12O6 + Energy -> 6CO2 + 6H2O
6CO2 + 6H2O -> 6O2 + C6H12O6 + Energy
6CO2 + 6H2O + Energy -> 6O2 + C6H12O6
Cellular Respiration's goal is to
make water
make ATP
make glucose
make oxygen
What are the products (what is released) of cellular respiration? (Mark all of them!)
oxygen
glucose
carbon dioxide
water
ATP (energy)
Which stage of the cellular respiration process produces the most ATP?
Glycolysis
Acetyl CoA
Kreb's Cycle
Electron Transport Chain
Where does the carbon atoms come from for photosynthesis?
CO2 in the atmosphere
water and sunlight
carbon is created by the plants
carbon is not necessary to produce glucose
Which is the correct order from smallest to largest
carbon atom--> nucleotide--> enzyme--> bacterial cell
bacterial cell--> enzyme--> Carbon atom --> nucleotide
carbon atom --> enzyme --> nucleotide--> bacterial cell
enzyme --> carbon atom --> nucleotide--> bacterial cell
