The blood cells are in the capillaries and are moved along in the capillaries. Your question makes no sense.
It does the same thing!!!!!!! You feel a metal plate from your feet rise up with you and there you are! In the arena!!!!!! After 60 seconds, you run away to the woods or run to the Cornucopia to get food weapons and medicine. Goodluck.
Lets say if you have a cut if the blood capillaries go past the blood because you have a cut it makes a skat
The blood cells are in the capillaries and are moved along in the capillaries. Your question makes no sense.
Exchange,
and i am correct !!!
Nothing
When blood capillaries flow past cells, diffusion of oxygen, wastes, and nutrients occurs. This transfer maintains cellular homeostasis.
As blood flows through capillaries, it exchanges nutrients, wastes, and oxygen with body tissues. This transfer is accomplished via diffusion.
There is an exchange with oxygen, nutrients, and carbon dioxide and water vapor.
Blood flows in capillaries, but there is blood leaks out from the capillaries, known as tissue fluid or interstitial fluid.
more rapidly, in the capillaries the blood cells flow in "single file". In the veins, multiple cells are allowed to pass at once
Generally blood from the capillaries flows into venules which lead into larger veins and is then pumped to the heart. However there are a few exceptions where capillaries lead from one artery to another artery, but this only happens in the glomerular capsule of the kidney and the hypothalamus.
alveoli take co2 from your blood and turns it into gas
the oxygenated blood flows from arteries to capillaries and after the exchange of material in capillaries and tissues it goes to vein and veins carries this deoxygenated blood to heart.
capillaries
This isn't a definite answer but blood probably goes slower when it travels through capillaries, this is probably because it is basically being filtered.
There is an exchange with oxygen, nutrients, and carbon dioxide and water vapor.
From the capillaries, blood will flow into the veins and pump the un-oxygenated blood back to the heart.