LEAF ANATOMY
ORGANISMS

PROCESS OF PHOTOSYNTHESIS
CHLOROPLASTS
AEROBIC AND ANAEROBIC
100

stomata or stomates; tiny openings involved in the exchange of gases

(CO2, O, etc.)

Stoma

100

an organism that can produce its own food using light, water,

CO2, or other chemicals.

Autotrophs

100

leaves is to collecting solar energy, like how roots is to collecting _______

water and minerals


100

process in which light energy from the sun is changed to

chemical energy.

Photosynthesis

100

releases energy. breaks down food into simpler substances.

Cellular Respiration

200

a single layer of cells that permits most of light that strikes

them to pass through a thylakoid membrane.

Upper Epidermis

200

(Consumers) - an organism that cannot produce its own

food, instead takes nutrition from other sources of organic carbon, mainly

plant or animal matter.

Heterotrophs

200

enters the plant through the stoma bordered by the guard cells, same goes for the exiting oxygen. Plants take this in for energy.

Carbon Dioxide
200

3 stages of calvin cycle?

Carbon Fixation, Reduction, Regeneration

200

A major process in cellular respiration, Utilizes glucose.

Glycolysis

300

contains a lot of chloroplasts (colour pigment) and is

the most busiest part of the leaf.

Palisade mesophyll

300

organisms that obtain energy by oxidation of electron

donors in their environments. Example, Rust


Chemotrophs -

300

this is needed for photosynthesis as it is forwarded to the cells’ chloroplasts.

Sunlight


300

_________ Happens in the absence of light. this is where the __________ happens only exclusive to this reaction.

Dark Reaction/Light Independent Reaction, Calvin Cycle

300

takes place in mitochondria.

- The second stage in cellular respiration continues where glycolysis left off.

- Before the 3-carbon pyruvate enters the ______; it is converted into a

two-carbon molecule called Acetyl-CoA

Kreb's Cycle

400

responsible for the interchange of gases. Has Xylem and Phloem as specialized tissues.


Spongy mesophyll

400

 organisms that carry out photon capture to produce

complex organic compounds and acquire energy.

Phototrophs

400

what type of energy strikes the thylakoid membranes, in which stimulates the chlorophyll causing the pigments to lose electrons.

Light Energy


400

_________ happens when sunlight strikes the thylakoid, its light energy excites the chlorophyll pigment in photosystem II.

Light Dependent Reaction.

400

Aerobic Respiration __________ oxygen, but Anaerobic Respiration is ___________ to use oxygen.

required, not required/needed

500

waxy covering; covers the outermost layer of leaves, young shoots,

and aerial plants; purpose is to serve and to reduce water loss.

Cuticle

500

Cyanobacteria, Photosynthetic protists, Plants, Algae, Chemosynthetic

bacteria

Autotrophs

500

This is the process in which electrons combine together to produce energy for the plant.


Electron Transport Chain (ETC)

500

3 types of pigments

Chlorophyll A, B, and Carotenoids


500

a process of using concentration gradients (materials needed

by the cell) in the production of ATP.

4 Carbon Compounds + NADH will undergo ETC to the process of _______

Chemiosmosis

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