Answer:
Water temperature is important to the life of the plants around and in the lake.
Explanation:
Carbon dioxide, also known as CO2, is found in water as a dissolved gas. It can be dissolved in water 200 times more easily than oxygen. Aquatic plants depend on carbon dioxide for their life and growth, just as fish depend on oxygen. Plants consume carbon dioxide during the photosynthesis process.
Water temperature can affect metabolic rates and biological activity of aquatic organisms. As such, it affects selected habitats of a variety of aquatic life. Some organisms, especially aquatic plants, thrive in warmer temperatures, while some fish, such as trout or salmon, prefer cooler streams.
Amount of sunlight and depth of water are not the most important to the life of the plants and in the lake.
Answer: i think the answer is the 3rd choice i hope this helps
Explanation:
1. The right answer is biological.
The nonspecific response, which constitutes innate immunity, works by not taking into account the type of disease it is fighting. It is the first line of defense against an infection. Several types of mechanisms intervene during this response:
* physical barriers (skin, mucous membranes, tears...)
* inflammation;
* cells of innate immunity:
* complement: it is a group of proteins that plays a role in immunity.
2. The right answer is proteins.
The complement system is a group of 25 known serum proteins, part of the innate immunity. Twelve (12) of these proteins are directly involved in the mechanisms of elimination of pathogens, the others finely regulate the activity of the former to avoid an autoimmune reaction.
3. The right answer is inflammation.
Inflammation is the body's stereotyped immune system reaction to external aggression (infection, trauma, burn, allergy, etc.) or internal (cancerous cells). Inflammation is a universal process, involving all tissues (called ubiquitous); it involves innate immunity as well as adaptive immunity.