Nutrition in plant

is an anabolic reaction in which water, carbon dioxide and radiant energy used, glucose and oxygen are produced.

is the organelle where photosynthesis occurs in photosynthetic eukaryotes.

 The organelle is surrounded by a double membrane.  Stroma: Inside the inner membrane is a complex mix of enzymes and water and is important as the site of the dark reactions.  Grana: is a complex network of stacked sacs and embedded in the stroma, each stack is called a Granum.  Thylakoid: is each of the flattened sacs which make up the granum, it has a series of photosystems contain chlorophyll.  Thylakoid membranes: are the site for the light reactions in which light energy is converted to chemical energy needed for the Calvin cycle in the dark reaction.

Inside the inner membrane is a complex mix of enzymes and water and is important as the site of the dark reactions.

is a complex network of stacked sacs and embedded in the stroma, each stack is called a Granum.

is each of the flattened sacs which make up the granum, it has a series of photosystems contain chlorophyll.

are the site for the light reactions in which light energy is converted to chemical energy needed for the Calvin cycle in the dark reaction.

Occurs in the stromal of the chloroplast. Independent of sunlight. ATP and NADPH are used to reduce of CO2. Carbohydrates or different organic materials are produced.

Occurs in the thylakoid membrane of the chloroplast. Depends on the sunlight. One electron separate from chlorophyll to transport along electron transport system and produce ATP. Water is split into O and H, H reduces NADP into NADPH. O; ATP and NADPH are produced. Radiant energy sun. Chemical bond energy

is a reduced coenzyme that plays a key role in the synthesis of carbohydrates in photosynthetic organisms.

membranes and they have their own genetic material.

Occurs in the thylakoid membrane of the chloroplast, depends on the sunlight, when one electron separate from chlorophyll to transport along electron transport system and produce ATP. Water is split into O and H, H reduces NADP into NADPH, and O; ATP and NADPH are produced.

Green plants transform this energy to chemical energy which is necessary for cell activities, plants use some of this energy for growth and life activities and remain energy stored in form organic materials as carbohydrates.

stored by photosynthesis before thousands of years.

are molecules which can absorb light with distinct wave length and other light reflect or pass through it,

photosynthesis, photosynthesis

Chlorophyll can absorb most of purple, blue and red wave length, and Chlorophyll reflect most of green wave length.

are yellow colored and insoluble in lipids pigments and appear in autumn season.