I think that it will have 24 because I thought that you had 2 multiply it by 2
<em>A natural disaster. </em>
Explanation:
A natural disaster would most likely have occurred to have the population of squirrels completely diverge from each other in order for them to become two separate species.
If a tornado, flood, earthquake, or another type of a natural disaster were to happen, it may have caused drastic damage to the ecosystem and environment of the squirrels. This would most likely cause the squirrels to split up, or diverge from each other and go to separate places in search of a new home.
Over time, these squirrels will reproduce with their own group. Each new group of squirrels, as they are both in different environments now, will have different adaptations from each other. This will eventually make it so they will never be able to reproduce with each other again if they were to meet, as they are now completely different species of squirrel.
Answer:
Sodium-C) Malleable, soft, and shiny
Silicon-D) Has properties of both metals and nonmetals
Bromine-A) Highly reactive gas
Argon-B) Nonreactive gas
Answer:
The correct answer is: ethmoid.
Explanation:
The ethmoid is a bone that is located in the anterior part of the skull ("at the front"), between the eyes, separating the brain from the nasal cavity.
The ethmoid has 3 parts: the cribriform plate, the ethmoidal labyrinth, and the perpendicular plate. The superior and middle nasal conchae are part of the ethmoidal labyrinth.
In the conchae resides most of the mucosal tissue necessary for respiration, which also provides the humidity required for olfaction, and also plays a part in the first line response of the immune system.
Calcium channel blockers inhibit the movement of calcium ions from the interstitial fluid into cardiac and smooth muscle cells. This would cause a decrease in heart rate, stroke volume, and cardiac output. These in turn would lower blood pressure. In addition, the calcium channel blockers would also inhibit contraction of the smooth muscle in the wall of blood vessels, causing them to get wider and thus also lower blood pressure. Because both heart and smooth muscle cells are inhibited by verapamil, its effects on blood pressure are particularly potent.