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The choice that does not describe how recovery oxygen uptake oxygen deficit restores metabolic conditions is "by decreasing the heart rate." Recovery oxygen uptake oxygen deficit restores metabolic conditions by increasing oxygen consumption and restoring oxygen debt through increased respiration and blood circulation, not by decreasing heart rate.
The red blood cells carry the oxygen in blood.
the blood absorb oxygen in the lungs(cappilaries)
Because your cells need oxygen. Blood has Hemoglobins inside it, which carry oxygen.
Oxygen enters the blood in the alveoli of the lungs
It means blood that is filled with oxygen.It means the Haem group has bonded with 4 oxygen atoms, and is 'full'.Oxygenated blood runs through the arteriesBasically, it means that there's oxygen in the blood
This prevents the lungs from taking in sufficient oxygen, which deprives the blood and the rest of the body's tissues of oxygen.
The inability of the blood to carry sufficient oxygen is very bad. This means that all cells will die quickly.
Stroke.
blood carries a lot of things within your body. Importantly, oxygen. All of your cells need oxygen and cannot live without it. Without blood, they cannot get oxygen.
The oxygen content of the blood.
Approximately 98-99% of the oxygen is retained by the blood returning to the heart when it leaves the lungs under quiet conditions.
oxygen is carried in the blood vessels through the blood stream and to the corners of your body. you cannot live without oxygen. that's why it is important
Cardiomegaly.
The umbilical cord carries oxygen directly to the babys blood stream from the mothers. It's a bit like a deep sea diver breathing apparatus - the oxygen tank is the mums blood and the lungs are bypassed as the oxygen goes straight into the blood where it is needed. Hence the baby has sufficient oxygen and does not drown or suffocate
Technically, blood is always oxygenated to some degree. The capillaries are where the blood exchanges oxygen with the tissues so the blood entering the capillaries has more oxygen than the blood leaving the capillaries but under resting conditions venous blood is still 75% oxygenated.
The combined circulatory and respiratory systems are responsible for the supply of oxygen to body cells. The respiratory system transfers oxygen into, and carbon dioxide out of the blood in the alveoli and the circulatory system then sends out arteries and veins to every cell and provides it with sufficient oxygen.