First and Second Law of Thermodynamics \"Equation\" for photosynthesis? Water +
ID: 88702 • Letter: F
Question
First and Second Law of Thermodynamics "Equation" for photosynthesis? Water + CO2 (in the presence of sunlight) = glucose + water + O2 "Equation" for respiration? 02 + glucose = release of energy + water + CO2 (1) Species rightarrow (2) population rightarrow rightarrow (3) community rightarrow (4) ecosystem rightarrow (5) biome Can you define each of the 5 above? Food chain vs. food web? Herbivore, carnivore, omnivore? (scavenger/detrivore/decomposer) Producer rightarrow primary consumer rightarrow secondary consumer rightarrow tertiary consumer Each of above is a trophic level Why limited to (most of the time) 4 trophic levels? Abiotic vs. bioticExplanation / Answer
Next time, while posting your question please state what you require help on in detail sothat there is no ambiguity.
1. The law of thermodynamics principles governs the chemical processes or metabolism in all biological organisms.
I am unable to understand your question for equation for photosynthesis asnd respiration. I am assuming that the question is whether they are first law or second law of thermodynamics. Photosynthesis is example for first law of thermodynamics and respiration is the example for second law of thermodynamics. Referring to the answer above you can now elaborate on these two equations and how they fall under the two laws more in detail in your own words if required.
2.
3.Food chain vs Food web
4. Let us look at the definitions for each and then decide:
Therefore: Herbivores can be considered as decomposers, carnivores can be detrivores and Omnivores can be scavengers.
5.Most of the energy gets diluted as we ascend the trophic level, therefore there is not much energy left at level 4 -5 to have more trophic levels.
6. I am assuming that you require only definition.
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