Answer:
A) increases the permeability of the collecting ducts to water by increasing the number of aquaporins.
Explanation:
ADH is an hormone of the anterior pituitary gland concern with osmoregualtion. When the solute potential of the blood rises , with decrease in water potential , the water levels of the blood drops, the osmoreceptors in the hypothalamus sensed this from the circulatory blood and prompted the hypothalamus to stimulate the anterior pituitary gland to secrete ADH.
The hormone is carried in the circulating blood to the walls of the collecting ducts where it binds with the receptors on the walls of the tubule,which increases the fusing and binding of Aquaporins to the membrane of the collecting ducts to increase re absorption of water back into the blood, raising the water potential of the blood.
Answer:
The surviving roached were naturally resistant to the pesticide, and that resistance was inherited by their offspring.
SWOT analysis is important for a new medical office for the following reasons:
1. It concentrates on the most important factors affecting the new business thus helping the business to identify its weakness and strengths.
2. It helps to address the identified weakness
3. It helps to capitalize on the strengths of the new medical company.
4. It helps to develop business goals and strategies to achieve business goals of the new company.
5. It helps the new company to identify and deter threats.
6. It will help the new medical company to identify its opportunities and to capitalize on them.<span />
Answer:
In a zygote alleles comes from both male chromosome and female chromosome................ So, inherited from the parents.
Answer:
The kinetic molecular theory explains the expansion of a solid material with increases of temperature as basically the result of <u>molecules moving a little farther apart.</u>
Explanation:
The kinetic-molecular theory explains the changes of state in the following way: When a solid is heated, its particles increase their kinetic energy, so that the vibration becomes more and more intense until, having reached the melting temperature, they become so weak that the particles acquire freedom of movement, that is, if we increase the temperature of a solid material system, its molecules will move faster and the average distance between them will increase, the cohesion forces decrease and there will come a time when these forces are incapable to keep the molecules in fixed positions, the molecules can move.
