Aorta is not math its science, Aorta is the largest artery in the human body.
Ascending simply means that "x" originates at a lower point than it terminates. For example, the ascending aorta starts from the left ventricle and ends at the arch of the aorta. The left ventricle is inferior to the arch of the aorta, thus that portion of the aorta is considered ascending.
It is the level of the junction between the sternum body and its manubrium. This joint is a symphysis. There are a few symphyseal joints in the body and they include an early symphysis menti between the two mandibles and a symphysis pubis between the two pubic bones. It represents the plane that separates the superior from the inferior mediastini. It is the plane at which the bifurcation of the trachea. It is the plane of the division of the pulmonary trunk. It is the plane of the arch of aorta. It is plane that contains the ligamentum arteriosum The plane that contains superficial and deep cardiac plexuses At this plane, the ascending thoracic duct escapes from the right to the left. It is the plane of the junction of the 2nd sternocostal articulation. It marks the level of the T4-T5 intervertebral disc. The tracheal carina is deep to the sternal angle. Left recurrent laryngeal nerve recurves below the ligamentum arteriosum. The azygos vein enters the superior vena cava.
circulatory pressure
The pressure in the aorta is greatest during ventricular systole, which is when the heart contracts and pumps blood into the aorta. This creates a surge in pressure that is known as systolic blood pressure.
the difference between aortic diastolic and right atrial diastolic pressure; a determinant of the blood flow to cardiac muscle.
Aorta
no!
As the blood moves through the aorta, the friction of the walls of the aorta decreases velocity. This velocity decrease results in a decrease in pressure.
"systole"
this is because, due to high thickness of left ventricle blood gets into the aorta with high pressure, and if the aortic wall is not thick, high blood pressure in aorta breaks open wall.
Pressure must move from one area to another, otherwise no flow will occur. In the case of the human heart, pressure pushes blood from the aorta, through arteries, arterioles, capillaries, venuoles, and finally veins, to the vena cavae, where the blood goes back into the heart to be re-oxygenated.
Blood is under the most pressure in the aorta- the largest artery in the body originating fro the left ventricle of the heart.
in the arteries
The arterial system generally has a higher pressure than the venous system, so the answer is the aorta. Pressure is lost when the arteries split into capillaries, which have leaky walls.