There are two blood vessels that take the blood away from the heart. The PULMONARY ARTERY takes deoxygenated blood from the heart to the lungs to get oxygenated, and the AORTA which takes oxygenated blood from the heart and distributes it to the body.
They leave that heart through a major artery called the Aorta.
the blood goes throughout your body collecting oxygen and after the blood collects the oxygen it brings it back to the heart
It has 2 cycles. One goes to the lungs, and one goes to the rest of the body, passed through veins.
Blood leaving the heart travels in a Ford econovan as it can hold many passengers or in this case blood cells he he he he =D lol
Aorta and Pulmonary Artery
capillary
this question is all mixed up. you must understand that blood leave the heart and goes to the body by travelling through the arteries(except the pulmonary artery) then is distributed to individual cells by the arteries then goes back to the heart through the veins(except the pulmonary vein). so in the case of the heart cells, blood accesses the heart through the coronary artery, goes to the individual cardiac muscle cells by the capillaries and and then back to the hearth through to coronary vein.
Four main blood vessels enter/exit the heart: two veins and two arteries. Oxygenated blood enters the left ventricle through the pulmonary vein. This same blood is then pumped out of the left atrium via the aorta. Meanwhile, de-oxygenated blood enters the heart in the vena cava; before leaving through the pulmonary artery.
As blood leaves the left ventricle, it passes through the aortic valve an then into the aorta before being pumped throughout the rest of the body.
Because pressure is built up in the left ventricle of the heart before it is forced out through the aorta in order for blood to be forced around to the body efficiently to the cells where it is needed. Without this high pressure, blood would not be efficiently ejected to the body and it can pool in the ventricles, which can cause problems. This high pressure in the ventricle is also required in order for blood to travel around the body. This is because blood moves from an area of high pressure to low pressure to travel. This same principle is used for cells to gain oxygen and other necessities. For example, oxygen will diffuse from the capillaries (smallest blood vessels) which has a high concentration of oxygen into cells, which have a low concentration of oxygen. Hope this helps ! :)
The general blood flow path is from the aorta to the heart. The blood will then leave the heart and flow throughout the rest of the body. This path of blood happens every time the heart beats.
After the blood cells leave one of the four heart chambers, it flows through arteries, which then lead to the destination. Ie; limbs, organs, etc.
Blood
Veins return, Arteries leave the heart.
Blood flows through veins to get to the heart. Arteries are blood vessels for the blood to leave the heart once it has been oxygenated.
Blood leaves the heart through two vessels: going to the lungs, it leaves through the pulmonary artery, and going to the rest of the body, it leaves through the aorta.
AOrta
Aorta.
this question is all mixed up. you must understand that blood leave the heart and goes to the body by travelling through the arteries(except the pulmonary artery) then is distributed to individual cells by the arteries then goes back to the heart through the veins(except the pulmonary vein). so in the case of the heart cells, blood accesses the heart through the coronary artery, goes to the individual cardiac muscle cells by the capillaries and and then back to the hearth through to coronary vein.
Arteries always carry blood away from the heart. Veins always carry blood back to the heart. Not all arteries carry high O2 blood. Not all veins carry low O2 blood.
Back throughout the veins. It carries the now oxygen rich blood vessels to your organs so you can live! :)
Capillaries. they have such thin walls that substances can easily diffuse through them.
These are called capillaries. They are very tiny so that oxygen and nutrients can pass easily into the cells and wastes can leave.