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the aource of co2 for aquatic plants
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Hello mate.
Thanks for asking this question.
Your answer is =>
The aquatic plants e.g.Algae are those special plants which are always in a complex type of physiological conditions as they do not get sufficient amount of Light , , .
These plants are dependent upon these climatic factors mostly after synthesizing those by themselves.
The aquatic plants performs cellular Respiration in which there are few steps in which the 6 Molecules of are released which are further utilizes for the means of several metabolic activities like Photosynthesis , Fat synthesis , chlorophyll synthesis ,etc.
let's take a view on those steps where molecules are released.
#
the molecule is produced during the reaction :=>
pyruvate --------------> Acetyl CO-A
in this process 2 molecules are obtained.
# =>
in this process , decarboxylation reactions are =>
1) Oxallo succinate------> keto-
, gluterate.
2) keto-gluterate--->succinate.
these reactions are carried away twice evolving every time.
so ,( 2×2 ) = 4 molecules of are evolved here.
* NET GAIN of =>
2 + 4 = .
in this way , total 6 molecules are produced in Respiration which are used up in different reactions in AQUATIC PLANTS.
Thanks for asking this question.
Your answer is =>
The aquatic plants e.g.Algae are those special plants which are always in a complex type of physiological conditions as they do not get sufficient amount of Light , , .
These plants are dependent upon these climatic factors mostly after synthesizing those by themselves.
The aquatic plants performs cellular Respiration in which there are few steps in which the 6 Molecules of are released which are further utilizes for the means of several metabolic activities like Photosynthesis , Fat synthesis , chlorophyll synthesis ,etc.
let's take a view on those steps where molecules are released.
#
the molecule is produced during the reaction :=>
pyruvate --------------> Acetyl CO-A
in this process 2 molecules are obtained.
# =>
in this process , decarboxylation reactions are =>
1) Oxallo succinate------> keto-
, gluterate.
2) keto-gluterate--->succinate.
these reactions are carried away twice evolving every time.
so ,( 2×2 ) = 4 molecules of are evolved here.
* NET GAIN of =>
2 + 4 = .
in this way , total 6 molecules are produced in Respiration which are used up in different reactions in AQUATIC PLANTS.
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