Answer:
A. Plants
Explanation:
Nitrogen fixation is one of the processes involved in the NITROGEN CYCLE. It is the process whereby atmospheric nitrogen (N2) is converted into nitrogenous compounds such as ammonia, nitrates by certain nitrogen-fixing bacteria such as AZOTOBACTER.
The nitrogenous compounds which nitrogen fixation converts N2 into are in a form that PLANTS can use. Plants cannot utilize nitrogen gas, hence, the importance of this conversion into a form that plant can make use of.
Answer:
some examples are in a lake, all the stray cats in a city, or all the evergreen trees in a forest. Remember, limiting factors can affect the carrying capacity. Different limiting factors, such as natural disasters or competition, can cause a population size to decrease!
The 3 desirable traits;
- Diseases resistance
- Drought resistance
- Increased yields
GMOs are projected to be the future solution to tackling food security as human population grows, and dramatic changes in the global climate occur. GMO will increase the yields hence feed more people and will withstand global climate change.
Answer:
It is intermediate in group-transfer potential
Explanation:
- Adenosine triphosphate (ATP) is an organic chemical that provides energy to drive many processes in living cells.
- ATP is the molecular energy currency of the cell.
- ATP is the molecule that hydrolyses ADP and Pi.
- Living cells maintain the ratio of ATP to ADP at a point ten orders of magnitude from equilibrium, with ATP concentrations fivefold higher than the concentration of ADP.
The human body has living cells that interact with other living cells (Food) and inorganic cells (Salt, Oxygen). It also has a lot of chemical reactions that simultaniously happen inside of it.
Inorganic systems usually do not interact with themselves, and the reactions are mostly exterior.
