Answer:
photosynthesis
Explanation:
Chlorophyll a absorbs the wavelengths of violet-blue and orange-red light and functions as a primary electron donor during the election transport chain in photosynthesis. It also functions in transporting energy to the reaction center where P680 and P700 are located.
plucking
deposition
transport
DEPOSITION is a constructive process.
A constructive process refers to a process that involves the building up of a particular thing or object. Deposition refers to the geological process by which sediments are added to a land form. The sediments can be in form of soils or rocks. Weathered materials that are transported by factors such as wind, water, gravity, etc are deposited in layers leading to the building up of the land form.
Answer:
B: Hyperosmotic solutions may cause the cell to shrink.
Explanation:
The first statement is false because it inverses the concepts of potential and kinetic energy. The second statement is true, and the electric field is indeed analogous to the gravitational field. The third statement is false since voting rates in the U.S. are not higher than in most other democratic industrialized countries.
The answers to those statements are as follows:
#SPJ6
A) blood vessel diameter
B) receptors in the aorta
C) vasomotor center
D) blood pressure
Answer:
Answer is D. Blood pressure.
Explanation:
Blood pressure is the pressure of the blood within the arteries, produced by the contraction of the heart muscle.
Answer:
In an unfortunate accident, a young man is struck in the leg by a bullet that tears through an artery just above his right knee. The subsequent blood loss leads to a rapid drop in blood pressure. Receptors in the aorta monitor blood pressure and send signals to the vasomotor center of the brain. In this case, the vasomotor center will increase its stimulation of smooth muscle in the blood vessels, which will cause them to constrict. This constriction leads to an increase in blood pressure.
What represents the effector in this feedback system? receptors in the aorta
Explanation:
OH-