Answer:
Similarly, enzymes can only function in a certain pH range (acidic/alkaline). Their preference depends on where they are found in the body. For instance, enzymes in the intestines work best at 7.5 pH, whereas enzymes in the stomach work best at pH 2 because the stomach is much more acidic.
All of the Above
The urinary system carries out essential bodily function that help to maintain the body.
Apart from the obvious function of excreting <span>nitrogenous wastes, it helps to maintain an acid-base </span>homeostasis, regulate electrolyte balance and even helps to control blood volume and pressure
CO2 molecules can vibrate in ways that simpler nitrogen and oxygen molecules cannot, which allows CO2 molecules to capture the IR photons. Greenhouse gases and the greenhouse effect play an important role in Earth's climate.
, in its simplest and least complex form, is the skeleton of primitive, more advanced, and in some common, modern day organisms.[1]
While more advanced organisms can be considered hydrostatic, they are
sometimes referred to as hydrostatic for their possession of a
hydrostatic organ instead of a hydrostatic skeleton. A hydrostatic organ
and a hydrostatic skeleton may have the same capabilities, but they are
not the same.[1]
Hydrostatic organs are more common in advanced organisms, while
hydrostatic skeletons are more common in primitive organisms. As its
name suggests, containing hydro meaning "water", being hydrostatic means
that the skeleton or organ is fluid-filled.<span>[2]
</span>
Answer:
These cells are eukaryotic plant cells.
Explanation:
Plant eukaryotic cells form the tissues of plants. They are similar to animal cells in that they have many organelles in common, but differ from them because they have cell wall, chloroplasts and vacuoles, appropriate to the way of life of plants. Moreover, in this type of cell it is not possible to visualize membrane-bound organelles due to the presence of the cell wall.
The cell wall or cellulosic wall is exterior to the plasma membrane surrounding the cell. It is a more or less thick wrap, composed of a polysaccharide called cellulose. Its function is to support the plant, which is why it is also called the skeletal cellulose membrane.
There are pores in the cellulosic walls through which pass very thin cytoplasm bridges called plasmodesmos. Through plasmodesms there is communication between the cytoplasm of neighboring cells.
