Answer:
The trachea is a rigid tube about 4.5 inches long and 1 inch wide. ... The bronchi also contain C-shaped cartilage rings like the trachea. Deeper in the lungs, each bronchus divides into secondary and tertiary bronchi, which continue to branch to smaller airways called the bronchioles.
Explanation:
Answer
375 millimeter they consumed. 125 millimeters are left
Explanation
Divide 500 by 4 then times 3 (75%)
I hope this helps:)
Answer:
The bronchodilator inhaler, or “reliever medication”, is used to relieve spasms in the airway muscles. If you don't have spasms, it will have no effect on the airways but potential side effects include a racing heart beat and feeling very shaky
Answer:
The question is generally broad, as there are many different breeds of dogs and cats so comparing the two and the many breeds that had gone through decades of adaptation and breeding makes this a difficult question to answer.
However,
Studies show that cats can tolerate more higher and intense temperatures.
An important note:
<u>adaptation</u> generally means to change oneself in order to survive with the external environment,
<u>toleration</u> is the ability to tolerate or handle the situation or in this case the environment.
Continuing the However
This study brings many stereotypes that all cats can handle the weather while all dogs can't, but then again there are many breeds of the two species.
Cats do have many strategies to keep cool, and they can obtain hyperthermia and illnesses relating to extreme heat.
Cats use the strategies such as conserving their energy, drinking water, constant self-grooming, and finding cooler places allow them to be more adaptative than dogs.
Cats also have an insulating process within their coats of fur which all dogs may not have (or some other breeds of cats).
In conclusion
Cats do have more adaptative properties than dogs, however, this varies from the amount of different breeds and how different the two species are.
Answer:
During the last part of the systolic phase, called ejection phase, the pressure in the left ventricle is higher than the pressure in the aorta.
Explanation:
During the ejection phase, the pressure in the left ventricle is higher than in the aorta, this enables the sigmoid valve to open. Once it opens, the blood will flow from the left ventricle into the aorta. This way, the pressure in the left ventricle will progressively decrease and the pressure in the aorta will increase until both pressures are equal and the valve closes.