carbohydrate biomolecule that is the main source of energy producer autotrophs that provide food to consumers secondary succession type of succession that begins with soil present enzyme a protein catalyst that lowers the activation energy of a reaction primary succession the type of succession that begin with bare rock mutualism symbiotic relationship where both organisms benefit Golgi body the organelle that packages and ships molecules passive transport type of cell transport that moves molecules down the gradient without ATP needed nucleus the control center of eukaryotic cells mitochondria the organelle that converts glucose to energy active transport type of cell transport that moves molecules against the gradient; requires ATP cell wall the rigid structure that provides support to many types of cells, such as plants Fungi heterotrophic, eukaryotic non-motile kingdom bacteria prokaryotic organism that lacks organelles; fixes nitrogen eukaryotic cell a cell that has a nucleus and other membrane- bound organelles decomposer organisms such as bacteria & fungi that get energy from dead organisms consumer a heterotroph virus a pathogenic particle composed of a nucleic acid surrounded by a protein coat digestive system system that breaks down food into monomers chloroplast the site of photosynthesis in autotrophs population a group of the same species that lives in the same area tissue a group of cells that work together protein biomolecule composed of amino acids Plantae autotrophic, eukaryotic, multicellular kingdom DNA the nucleic acid found in all cells cell membrane phospholipid bilayer; maintains homeostasis for a cell cell the basic unit of life ribosome the site of protein synthesis in all cells ATP energy molecule homeostasis maintaining a stable internal environment parasitism symbiosis where one organism is harmed, the other benefits Protista unicellular, eukaryotic, motile kingdom lipid biomolecule that stores long term energy respiratory system system that exchanges gases endocrine system system that produces hormones circulatory system system that transports molecules, waste and gases excretory system system that rids the body of wastes commensalism symbiosis where one organism benefits, the other is unharmed photosynthesis the reaction that takes place in chloroplasts carbohydrate biomolecule that is the main source of energy producer autotrophs that provide food to consumers secondary succession type of succession that begins with soil present enzyme a protein catalyst that lowers the activation energy of a reaction primary succession the type of succession that begin with bare rock mutualism symbiotic relationship where both organisms benefit Golgi body the organelle that packages and ships molecules passive transport type of cell transport that moves molecules down the gradient without ATP needed nucleus the control center of eukaryotic cells mitochondria the organelle that converts glucose to energy active transport type of cell transport that moves molecules against the gradient; requires ATP cell wall the rigid structure that provides support to many types of cells, such as plants Fungi heterotrophic, eukaryotic non-motile kingdom bacteria prokaryotic organism that lacks organelles; fixes nitrogen eukaryotic cell a cell that has a nucleus and other membrane- bound organelles decomposer organisms such as bacteria & fungi that get energy from dead organisms consumer a heterotroph virus a pathogenic particle composed of a nucleic acid surrounded by a protein coat digestive system system that breaks down food into monomers chloroplast the site of photosynthesis in autotrophs population a group of the same species that lives in the same area tissue a group of cells that work together protein biomolecule composed of amino acids Plantae autotrophic, eukaryotic, multicellular kingdom DNA the nucleic acid found in all cells cell membrane phospholipid bilayer; maintains homeostasis for a cell cell the basic unit of life ribosome the site of protein synthesis in all cells ATP energy molecule homeostasis maintaining a stable internal environment parasitism symbiosis where one organism is harmed, the other benefits Protista unicellular, eukaryotic, motile kingdom lipid biomolecule that stores long term energy respiratory system system that exchanges gases endocrine system system that produces hormones circulatory system system that transports molecules, waste and gases excretory system system that rids the body of wastes commensalism symbiosis where one organism benefits, the other is unharmed photosynthesis the reaction that takes place in chloroplasts
(Print)
biomolecule that is the main
source of
energy
autotrophs that provide food to consumers
type of succession that begins with soil present
a protein catalyst that lowers the activation energy
of a reaction
the type of succession that begin with bare rock
symbiotic
relationship where both organisms benefit
the
organelle that packages
and ships molecules
type of cell
transport that moves molecules down the gradient without ATP needed
the control center of eukaryotic cells
the organelle that converts glucose to energy
type of cell transport that moves molecules against the gradient; requires ATP
the rigid structure that provides support to many types of cells, such as plants
heterotrophic, eukaryotic
non-motile kingdom
prokaryotic organism that lacks organelles; fixes nitrogen
a cell that
has a nucleus
and other
membrane-bound organelles
organisms such as bacteria & fungi that
get energy
from dead
organisms
a heterotroph
a pathogenic particle composed of a nucleic acid surrounded by a protein coat
system
that breaks down food into monomers
the site of photosynthesis in autotrophs
a group
of the same species that lives in the same area
a group of cells that work together
biomolecule composed of amino acids
autotrophic, eukaryotic, multicellular kingdom
the nucleic acid found in all cells
phospholipid
bilayer;
maintains
homeostasis for
a cell
the basic unit of life
the site of protein synthesis in all cells
energy molecule
maintaining a stable internal environment
symbiosis
where one organism is harmed,
the other benefits
unicellular, eukaryotic, motile kingdom
biomolecule that stores long term energy
system that exchanges gases
system that produces hormones
system that transports molecules, waste and gases
system that rids the body of wastes
symbiosis
where one organism benefits, the other is unharmed
the reaction that takes place in chloroplasts
