Bio 110 Final: Chapter 8

is split into H2 and O2

is directly involved in the synthesis of carbohydrates

provides the electrons to replace the lost electrons in photosystem II

Provides the H+ needed to synthesize G3P

does none of the above

is a carotenoid

absorbs light energy and transfers that energy to other molecules with out the transfer of electrons

transfers an excited electron to the primary electron acceptor

does not transfer an excited electron to the primary electron acceptor

acts as an ATP synthase to produce ATP

NADPH

oxygen

ATP

all of the above

a and c only

eventually moves to NADP+

becomes incorporated in water molecules

is pumped into the thylakoid space to drive ATP production

provides the energy necessary to split water molecules

falls back to the low-energy state in photosystem II

oxaloacetate

rubisco

RuBP

quinone

G3P

the carbon fixation phase, which incorporates carbon dioxide into an organic molecule of the Calvin Cycle

the reduction phase, which produces carbohydrates in the calvin cycle

the regeneration of RuBP of the Calvin Cycle

all of the above

a and b only

glucose

ATP

RuBP to continue the cycle

Rubisco

all of the above

is the process where plant use sunlight to make ATP

is an inefficient way plants can produce organic molecules and in the process use O2 and release CO2

is a process that plants use to convert light energy to NADPH

occurs in the thylakoid lumen

is the normal process of carbohydrate production in cool, moist environments.

these plants separate the formation of a four-carbon molecule from the rest of the Calvin cycle in different cells.

these plants carry out only anaerobic respiration.

the enzyme PEP caroboxylase functions to maintain high CO2 concentrations in the bundle-sheath cells

all of the above

a and c only

oak trees

C3 plants

CAM plants

all of the above

a and b only