Answer:
The wildfires can damage forests that remove carbon dioxide. The wildfires also emit carbon dioxide, and these damaged trees do not have the strength to remove the carbon dioxide from the air. So this causes well-known global warming, which is a bad sign and is harmful to the atmosphere. And on top of that, the wildfires inject <em>soot</em> and aerosols into the air, causing quite complicated effects on the environment's ability to warm and cool on a regular basis.
Wildfires can ruin not just forests, but <em>our world.</em>
<em>If there's anything else I can do here, please let me know.</em>
Answer:
Basal Layer
Explanation:
The epidermis contains a variety of cells. Most of the cells are keratinocytes, which are formed by division of stem cells in the basal layer.
Answer:
c. Norepinephrine
Explanation:
Norepinephrine is a chemical compound of the catecholamine family, whose precursor is the amino acid tyrosine. Noradrenaline acts as a neurotransmitter and hormone and is an endogenous adrenaline precursor. It is produced in the adrenal medulla and also in the nervous system.
When it is in excess in the body, this hormone can cause increased anxiety, hyperactivity and high blood pressure. In addition, individuals with excess of this hormone usually have pupil dilation and constant chills. For this reason, we can conclude that the hormone being secreted by the man exposed in the question is Norepinephrine.
Starfish reproduce asexually by fission.
Answer:
C. Cohesion of molecules
Explanation:
Cohesion is the interaction of molecules of the same substance together. By the force of cohesion if two drops of water come together they form one. Water has high rates of cohesion due to hydrogen bonds.
This phenomenon also called surface tension and is what allows small insects to stand on water.
Cohesion along with adhesion of water to the walls of the narrow tube generate what is called capillarity. This allows liquids to ascend inside the narrow tubes. As long as the cohesion is less than the adhesion, the liquid will rise until both forces are equal.