(3) A - Photosynthesis

Question 0

Site of photosynthesis

Answer 0

Leaf ; chloroplast

Question 1

Equation

Answer 1

(6) CO2 + (6) H20 -> C6H1206 + (6) 02

Question 2

3 stages

Answer 2

Capture light energy - chlorophyll
LDR
LIR - Calvin cycle

Question 3

Grana

Answer 3

Stack of thylakoids

Question 4

Stroma

Answer 4

Fluid matrix of chloroplast

Contains chlorophyll

Question 5

Chlorophyll

Answer 5

Light collecting pigment

Question 6

Chloroplast

Answer 6

Organelle which contains chlorophyll

Question 7

Photosystem

Answer 7

Chloroplast in clusters

Groups of light collecting pigments

Question 8

Thylakoid

Answer 8

Membranes;

Stacks of thylakoid and Grana

Question 9

Thylakoid contains

Answer 9

PS1
PS2
Carrier mols for ETC

Question 10

where does LDR occur?

Answer 10

Thylakoid of Grana

Question 11

LIR occur?

Answer 11

Stroma

Question 11

Products of LDR

Answer 11

ATP, 
NADP - GO TO LIR
 & 02 (waste)
used for plant respiration, 
Diffused into air out from leaf

Question 12

Products of LIR

Answer 12

ATP & Glucose

Question 13

Adaptations of chloroplast - Capture sunlight & perform LDR

Answer 13

Thylakoid membrane
Large SA for; chlorophyll El carriers & enzymes attachment for their use in LIR

NW of proteins; in Grana; hold chlorophyll in precise manner = max ☀️ absorption

Granal membranes ; enzymes attached to: make ATP

Chloroplast; contain DNA & ribosome; quick & easy man proteins for LIR

Question 15

The adaptations of the leaf - FOR + ☀️ diffusion & absorption

Answer 15

Large SA
Stomata which open in ☀️ & .C
Trans upper epidermis & cuticle 
No leaf O/L
Thin 
Long, narrow upper mes w/ CHLOROPLASTS

Question 16

Adaptions of leaf (other)

Answer 16

Stomata close/ open GE
Air spaces in lower mes = diffusion of 02 & C02
Network of xylem bring H20 to leaf
Phloem carries away sugar produced during Photo

Question 17

NADP

Answer 17

electron carrier LDR

Question 18

Electron acceptor

Answer 18

EA used in LDR