Phosphorus cycles through living organisms and the SOIL.
Explanation:
Phosphorus circulates through rocks, water, soil, sediments, and living beings. The phosphorus cycle constitutes a biogeochemical cycle illustrating phosphorus activity within the lithosphere, hydrosphere, and biosphere. It is a vital element necessary for all forms of life. In its phosphate form (PO4), it contributes to the structural framework that stabilizes DNA and RNA.
The reported reaction is an addition reaction since both reactants merge to produce one product, characterizing the essence of an addition reaction.
This bacterium would fall into the nitrogen-fixing category. Nitrogen-fixing bacteria thrive in the soil and associate with legumes like clover, converting atmospheric nitrogen into an inorganic form that plants can utilize for growth.
Answer:
c The trees will thrive and the forest will revert to its former state.
Explanation:
The ashes from the previous trees will act as nutrients for the new plants, thus restoring the ecosystem as the old trees and ashes decompose, returning nutrients to the soil. Furthermore, the new seedlings will receive fresh air and sunlight, enhancing their germination process.
A state of respiratory acidosis is implied, indicated by a decreased blood pH and accelerated breathing in the patient.
