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Thylakoids are interconnected and arranged in stacks called:
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
The electron carrier molecule NADP+ has the job of accepting and holding two high-energy electrons and a hydrogen ion which is then converted into:
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
By raising the energy levels of these electrons, the captured light energy can produce a steady supply of:
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
The high-energy electrons produced by the chlorophyll are highly reactive and require a special molecules called:
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
Located inside the chloroplast is an abundance of sac-like photosynthetic membranes called:
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
In order for photosynthesis to begin plants use energy from the Sun to begin the process. What type of energy is this?
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
What pigment is located within the chloroplasts that absorbs the light energy from the Sun?
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
After absorbing light from the Sun, chlorophyll transfers a large fraction of that light energy in the form of:
thylakoids
NADP+
electrons
grana
chlorophyll
high-energy electrons
NADPH
light
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