According to medicinenet, 60,000 miles!
The total length of blood vessels in your body is around 50,00 miles. That will be about twice around the equator. Most are less than the width of one human hair.
14,000 square feet
Total length of all of your blood vessels (actually near 62 thousand miles)
You heart pumps blood to every cell in you body by way of blood vessels. It seem impossible but each cell needs blood to go by it so it can pick up oxygen and nutrients and drop of carbon dioxide and wastes. All the blood vessels of the human body have a total length of 100,000 km (62,000 mi): they could encompass the Earth by 2.5 times.
Yes. In fact, such is the brain's demand for oxygen that it requires 20% of your total oxygen supply. This explains why it is served by so many blood vessels.
From ventricle to ventricle, there are more than 50 miles worth of capillaries in which the heart pumps blood around the body.(edt) The various sources I consulted were rather vague on the subject, but I've seen estimates around 60,000 miles (or 100,000 km) in children, and 100,000 miles (161,000 km) in adults for the total length of blood vessels in general. True, this includes arteries and veins also, but most of that length would still be capillaries. Therefore it should be way more than 50 miles...
4 metres
Blood vessel diameter,blood viscosity and total vessel length
the two blood vessels that carry blood from the body to the heart are the inferior vena cava and the superior vena cava
blood is pumped by a heart through vessels ....mean the volume of blood circulates faster (20 seconds in humans,
Actually the smallest blood vessels are capillaries. These blood vessels are only about 1 cell thick and is where the gas and nutrient exchanges occur. It is also the cross-bridge between vein and arteries.
To put it simply: YES. The blood in the arteries is at a higher pressure than the blood in the veins. This is because it has just come from the heart. As you get further along the blood vessels, blood pressure will decrease. This is due to several reasons. Friction will increase as the blood hits the vessel walls, bends and splitting of the vessels will disrupt the blood flow, and the volume of vessels will increase (the total combined volume all the capillaries is greater than that of the aorta).