Show:
Calvin Cycle
PhotosystemII
PhotosystemI
ATP
NADPH
100
which step: 5 carbons meet with single carbon to split into two 3-carbon molecules?
What is the first step
100
changes NADP to NADPH
what is the electron transport?
100
takes place after Photosystem II
What is Photosystem I
100
changes ATP into ADP
What is ATP synthase
100
Without NADPH and ATP being formed this fixing reaction will stop
What is carbon
200
The only things on earth that can turn carbon into a solid form
What is plants
200
electrons go here after photosystem 1
What is photosystem 2
200
the stroma brings in protons which are also known as
What is electrons
200
a carrier of chemical energy in all living organisms
What is ATP
200
the NADP+ goes into the light-dependent reaction and picks up this many hydrogen's
What is 1
300
the process of ADP turning into ATP
What is the Calvin Cycle
300
where H+ ions flow through
What is the lumem
300
proteins with chlorophyll are called this
What is photosystems
300
ADP goes here to recharge and turn back into ATP
What is the Mitochondria
300
in the calvin cycle NADPH is used to form this from CO2
What is sugars
400
takes place in the stroma
What is the calvin cycle
400
where photosystems II is located
What is the thylakoid membrane
400
this is pumped into the lumen in the thylakoid
What is hydrogen ions
400
this is pumped through the ATP synthase
What is Hydrogen ions
400
The NADP+ goes into the light-dependent reaction and picks u this many high energy electrons
What is 2 high energy electrons
500
light dependent reactions gets rid of this
What is oxygen
500
the first step of photosystem II
What is chlorophyll absorbs light energy
500
these Four things are what you need to produce oxygen, NADPH, and ATP
What is water, sunlight, and photosystems I, II
500
the energy of ATP is released when this happens
What is when the third phosphate group is removed
500
NADPH goes into the Calvin Cycle to produce this
What is sugars