Answer:
Viruses do, however, show some characteristics of living things. They are made of proteins and glycoproteins like cells are. They contain genetic information needed to produce more viruses in the form of DNA or RNA. ... So while it is doubtful viruses are truly alive, they are clearly very similar to living organisms.
Answer:
cyanobacteria
Explanation:
Cyanobacteria /saɪˌænoʊbækˈtɪəriə/, also known as Cyanophyta, are a phylum consisting of free-living bacteria and the endosymbiotic plastids, a sister group to Gloeomargarita, that are present in some eukaryotes.
Answer and Explanation:
The pectorals major is an enormous, fan-formed muscle covering the chest. It is included clavicular and sternocostal areas. Adducts and turns the upper arm. Transverse adduction and flexion of the pectoralis major is smooth movement. You can see the muscles extending far and contracting back effectively.
The biceps brachii is a two-headed muscle. Despite the fact that most of the bulk is found anteriorly to the humerus, it has no connection deep down itself. The activity is Supination of the lower arm. It likewise flexes the arm at the elbow and at the shoulder. In the biceps brachil there isn't a lot of expansion found in the muscle contrasted with the pectoralis major.
Answer:
Monocots, dicots, tap roots
Explanation:
Higher plants possess root as one of their structural components. These root exist in two systems; Fibrous root is a root system possessed by monocotyledonous plants e.g grasses while tap root system is possessed by dicotyledonous plants e.g Carrot plant.
The fibrous root system is a branched root system. A diverse network of root is formed on the topmost layer of the soil, thus, help in anchoring the plants to the ground surface. The tap root system, in contrast, is a thick main root that grows downwards, penetrating deep into the soil. Smaller roots emanate from the side of this main tap root.
According to the question, in an habitat what most of the water can be found deep in the ground, a root system that grows and penetrate deep into the ground will be best in order to assess the water. Hence, a tap root system is bette adapted for this function.
As photosynthetic organisms, plants take up atmospheric CO2, chemically reducing the carbon. This represents not only an acquisition of stored chemical energy for the plant, but also provides the carbon skeletons for the organic molecules that make up a plants' structure.