it makes poo
superior vena cava
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.
True
Yes, the highest in the aorta and larger elastic arties, and decreses as the arteries branch and blood travels farther from the heart.Blood pressure drops significantly in the arterioles and steadily decreses through capillaries, venules, and veins, and drops to zero in the right atrium.
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.
circulatory pressure
The capillaries are so much smaller than the vena cavas and aorta because these large blood transportation systems are under a lot of pressure. For example, when blood is first emerging from the heart it is being pumped out with extreme amounts of pressure, if the aorta was as small as the capillaries, then it would burst under the pressure causing mass amounts of internal bleeding. On the flipside, the capillaries are farther away from the heart, here the pressure is not nearly as great as it is nearer to the heart, therefore the capillaries do not need to be big, they just need to be large enough to transport nutrients from the blood to the organs.
Blood pressure is highest at the Aorta. BP progressively decreases as it enters arterioles, capillaries, venules, then increases upon reaching the vena cavae. So basically it's the Aorta, and the Inferior and Superior Vena Cava.
Damage to the aorta can impair blood flow to most of the body. The aorta is expandable, and maintains arterial blood pressure between heartbeats.
Heart = pumping. Aorta and large Arteries= windkessel function (pressure regulation). Capillaries= exchange. Veins= capacitance.
Pressure in aorta is greatest during ventricular systole.
i think arteries, capillaries, aorta just guessing