Explanation:
What happens during daytime is, oxygen that gets trapped between filaments of algae, moves them to the surface and during night as O2 is not produced, they slowly sink to lower depths, and you don't see them
The products of the digestive system are actually tied directly to the circulatory system in that the organs of the digestive system are used to turn ingested food into products that can be absorbed by the blood and then carried to other organs for use as energy or other functions.There are also several links between the digestive system and the respiratory system in that there are organs and muscles that serve both, for example the diaphragm which works to force air into and out of the lungs as well as to force waste products out of the digestive system.<span>All of the systems have to work together as well, without the intake of oxygen and exhalation of carbon dioxide, the function of the digestive system would grind to a halt. Without the production of glycogen and other things necessary for muscular function, produced by the digestive system and then distributed by the circulatory system, all three functions would cease.</span>
The human body is a complex structure made up of a number of organ system harmoniously working together to keep it living. All these organ systems are related to one other and requires food, oxygen, and water to remain alive. The constant flow of these essential requirements of human body is essential for it's survival. This makes the human body a perfect example of a machine.
Hence, the answer is machine.
The domain at which the amino acid with single nucleotide polymorphism (SNP) is located will be affected by the SNP.
The following are the domains affected by the SNPs; - Valine (Val) 42 Glycine (Gly): B chain domain- Alanine (Ala) 74 Threonine (Thr): C peptide domain- Arginine (Arg) 55 Proline (Pro): Dibasic site domain- Tyrosine (Tyr) 103-stop: A chain domain
1. Muscles are not organs, but are TISSUES composed mostly of fibers. The answer is false.
2. Muscles appear striated because of the alternating bands of two proteins, actin and myosin, which make up the muscle fibers. This answer is also fails