helps cool the body
removes waste chemicals through pores in the skin
keeps the skin soft
keeps the body warm
Answer: helps cool the body
removes waste chemicals through pores in the skin
Explanation:
Perspiration is a natural biological process that occurs in an mammals including human beings. Perspiration is required to maintain the homeostasis of the body. Homeostasis is the condition of maintenance of stable internal environment of the body with respect to the changes occurring in the external environment. Perspiration is also called as sweating when the body is exposed to heat it secrete sweat in order to provide coolness to the body. As the sweat contents are evaporated in the exposure of air. The sweat contents are emerge out by the pores present on the skin surface. The sweat consists of chemicals like aminoacids, salts and excess of water. Therefore, sweat removes the waste chemicals through the pores of the skin.
Answer:
helps cool the body
removes waste chemicals through pores in the skin
Carl Linnaeus contributed to taxonomy by introducing binomial nomenclature and a hierarchical system of classification. This brought uniformity in the naming of organisms and allowed for easier classification.
Carl Linnaeus made two major contributions to the field of taxonomy. Firstly, he developed the binomial nomenclature system which is a method of naming organisms using two parts: the genus name and the species name. For instance, in 'Homo sapiens', 'Homo' is the genus, and 'sapiens' is the species. This system brought about uniformity in the naming of organisms and eased communication amongst scientists around the globe.
Secondly, he introduced a hierarchical system of classification, which groups organisms based on shared characteristics. This system starts with the broadest category, the kingdom and proceeds to the most specific, the species. Due to his contributions, Linnaeus is often called the 'father of modern taxonomy.'
#SPJ2
B. Glucose
C. ATP
D. Cellulose
E. Oxygen
B. proto-oncogenes.
C. cancer genes.
D. telomeres.
Answer:
The correct answer is option B. "proto-oncogenes".
Explanation:
Tumor suppressor genes and proto-oncogenes are two types of genes that can cause the development of cancer cells if they suffer a mutation. The main difference between tumor suppressor genes and proto-oncogenes is the way they cause cancer. If tumor suppressor genes are inactivated they produce cancer cells, while if proto-oncogenes are activated is when they produce cancer cells.