The lobster would be a secondary consumer.
Answer:
c. break the N2 triple bond.
Explanation:
In the general nitrogen reduction reaction (which occurs in the nitrogenase complex), ferredoxin acts as an electron donor to Fe-protein, which in turn hydrolyzes ATP and reduces MoFe-protein. By reducing MoFe-protein one can then reduce numerous (triple bonded) substrates although, under natural conditions, it reacts only to N2 and H +.
That is, ATP must be present in the reaction so that MoFe-protein can break the triple bond N2.
The binding and hydrolysis of ATP to Fe-protein causes a change in conformation of this protein which facilitates redox reactions. The enzymatic reduction of N2 by nitrogenase requires a large energy investment, although the exact changes in free energy are still unknown.
Multicellular organisms have a hierarchical structure organization, in which anyone is made up of numerous parts and is itself a component to the next level.
Answer:
Energy, carbon dioxide and water vapor
Explanation:
The final product of aerobic respiration are energy, carbon dioxide and water vapor.
- During aerobic respiration energy rich compounds are broken down into simpler units to liberate energy.
- This metabolic reaction is said to be a catabolic step or procedure.
- It is the reverse of what happens during photosynthesis.
- Therefore as glucose combines with oxygen gas, the product derived is energy, carbon dioxide and water vapor.
