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component 1
importance of ATP
chemiosmosis
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sophie w
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Cards (11)
ATP
is produced in the
internal membranes
of which two cells
chloroplasts
and mitrchondria
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what is
chemiosmosis
this the process by which
protons
flow across a membrane and down the
electrochemical
gradient and through the enzyme
ATP synthase
located in the stalked particle
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in
mitochondria
where are the
proton pumps
found
at the
inner mitochondrial membrane
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in chloroplasts where are the
proton pumps
found
at the
thylakoid membrane
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in the
mitochondria
where are
protons
actively transported to and where from
they are actively transported from the
matrix
into the
inter-membrane space
in the mitochondrion
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in the
chloroplasts
where are protons actively transported to and where from
they are actively transported from the
stroma
into the
thylakoid
space in a chloroplast
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where does the
electrochemical gradient
form in the
mitrchondrion
in the
intermembrane space
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where does the
electrochemical gradient
form in the
chloroplasts
in the
thylakoid space
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what does the formation of a
electrochemical gradient
mean for the
ph
of the
thylakoid space
or
intermembrane space
it will be more
acidic
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what is released form
protons
in the stalked particle to help with the synthesis of
ATP
energy
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what
enzyme
is located in the stalked particle
ATP synthase
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