mid term revision

label the light dependent reaction

g

d

e

f

h

i

j

c

a

b

psI

psII

light

thylakoid space

ADP

ATP synthase

H2O

stroma

ATP

2H+, O

label the following diagram

a

b

NADP+

NADPH

A: Three CO2 enters the cycle and combines with three 5-C molecule to form three 6-C molecules.

B: Energy from ATP and NADPH energizes the 3-carbon-atom molecules.

C: Three 6-C molecules break into six 3-C molecules.

D: One high-energy 3-C molecule is used to make glucose.

E: Five high-energy 3-C molecule remain.

F: ATP provides energy to rearrange the Five 3-C molecules to Three 5-C molecules.

c

d

e

f

a

b

F

E

C

B

A

D

Write out the three factors that affect photosynthesis.

write out the formula of photosynthesis in both words and symbols.

Reorder the process of ATP synthesis.

• The H+ ions escape through the ATP synthase. 1.      The ATP synthase rotates as the H pass through. When the ATP rotates, ADP converts to ATP.

• electrons from water molecules flow to the photosystem II.

• The electron transport chain uses energy lost by the high energy electrons to pump the H+ ions into the thylakoid space

• High energy electrons go through the electrons transport chain.

• PSII absorbs light and changes the low energy electrons into high energy electrons.  

Reorder the process of NADPH synthesis.

• The low energy electrons get energy in photosystem I and become high-energy electrons again.

• The high energy electrons combine with the NADP+ and become NADPH.

• The high energy electrons lost energy to the electron transport chain and become low energy electrons.

Match the following

• the liquid-filled space surrounding the thylakoids in chloroplasts.

• Thylakoid

• a baglike photosynthetic membrane found in chloroplasts.

• Light-independent reaction

• one of the molecules that accepts high-energy electrons

  from chlorophyll and carries them to other

• NADP+

• a reaction of photosynthesis that

  uses light energy to make ATP and

  NADPH.

• Stroma

• a reaction of photosynthesis that

  uses ATP, NADPH, and carbon

  dioxide to make high-energy

  sugars.

• Light-dependent reaction

Match the following

• the light-collecting units of the chloroplast.

• Electron transport chain

• a series of proteins in which

  high-energy electrons are used to change ADP to ATP.

• Photosystem

• one of the molecules that accepts high-energy electrons

  from chlorophyll and carries them to other

• NADP+

e

f

g

h

i

j

c

b

a

d

CO2

O2

light

light independent reaction

ATP

stroma

light dependent reaction

thylakoid

Glucose

H2O