Answer:
Two reasons why the use of synthetic fertilizers is not the answer to decreasing soil quality are:
- They increase the nitrate levels in the soil which is a rich supplement for nitrogen needed by plants for their growth.
- They are easily available and user-friendly but should be used in regulated amounts as an excess of nutrients like nitrogen and phosphorus present in synthetic fertilizers enter the aquatic ecosystem.
<u>Explanation:
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Synthetic fertilizers are made up of three main nutrients, viz, nitrogen, potassium and phosphorus. All of these are required for the proper growth of plants. Though, these fertilizers give higher yields, yet their excessive use is bad for aquatic ecosystems.
When these fertilizers are used in excessive amounts, they reduce the dissolved oxygen in the water as there’s an increase of bacteria and algae in the water. That is why such fertilizers should be used in regulated amounts.
D) Ion an electron is what is lost or gained, a neutron is a subatomic particle, same as a proton
Document the presence of rhonchi(grugle, wheezing noise) in the upper lobes and complete the assessment.
rhonchi
D. Plants have adapted to deal with the sun in many different ways, and this is one. The stomata are regulated by guard cells, which are activated by different things depending on the species of plant, and guard cells are supposed to keep the stomata from staying open all the time and losing too much water to evaporation. So, the solution is to have the stomata on the bottom of the leaf to prevent direct sunlight contact (and therefore more evaporation), and guard cells to protect the stomata.
Answer:
ATP is the energy currency of the cell. ATP is used in the metabolic process of the body and used for the transportation of molecules. The ATP hydrolysis gives ADP and inorganic phosphate.
The highest energy form of the ATP is adenosine. The adenosine molecules contains three phosphate group. The ATP molecules acts as a fuel for the endergonic reactions of the body. ATP molecules can diffuse in the area where as active process occurs and they drive chemical energy by the breaking of phosphodiester bond.
