If the poor meet the rich it might become use4less to your heart.
The body needs oxygen. The heart pumps oxygen rich blood throughout the body. Physical activity requires more oxygen rich blood because you're working harder, so you have to breathe more. A heart defect would cause the heart to pump less blood, depriving the body of oxygen rich blood. Your body would then make you feel like you have less air so you breath faster, so you would eventually become breathless. (I don't know if this is quite right, but from what I know, this answer might be right.)
no blood cell don't need food , they need proper oxygen. No, actually the red blood cells, are an oxygen transport system, for the lungs, heart and tissues. Blood is made up of many types of cells, therefore I might suppose you're referring to red blood cells. which give blood it's red color, but is not the only cell. Blood is actually living tissue, and yes, it's dependant on nutrients, and transfers nutrients as part of the carbon transfer system. The dissolved gases oxygen, and carbon dioxide are transported to and from all living cells, and this defines the metabolism of the bloodstream. It is also known as the carbon transfer system.
Low dissolved oxygen concentrations at 25°C could be due to factors like high water temperatures, which reduce the amount of oxygen that can remain dissolved in water. Additionally, high organic matter levels or excessive algal blooms can result in increased oxygen demand, lowering the dissolved oxygen concentration. Poor water circulation or a lack of aeration can also contribute to low oxygen levels.
An abnormal electrocardiogram (ECG) may indicate deprivation of oxygen-rich blood to the heart muscle (ST wave segment depression, for example), heart rhythm disturbances
Culinary arteries do not exist; however, you might be referring to coronary arteries, which are responsible for supplying blood to the heart muscle itself. These arteries are crucial for delivering oxygen-rich blood, ensuring the heart functions effectively. If you meant a different type of artery, please clarify!
Dissolved oxygen in water is essential for the survival of aquatic organisms like fish and plants. It is used by these organisms for respiration, which is the process of extracting energy from food. Low levels of dissolved oxygen can lead to stress or death in aquatic life.
Depending on the depth of your question, I would say 1) The Heart 2) Arteries 3) Veins a little more in depth might say 1) Heart 2) Arteries & Veins 3) Capilleries but I'd probably go with the first three (especially if you don't know what capilleries are).
I think it might be that because it is so close to the heart the blood gets diluted enough to effect oxygen levels for a while.
The heart is a muscle and muscle require oxygenated blood, it is not a special circulatory system it is a extension of the main system. While you might think the heart would have no problem getting enough oxygen-rich blood, the heart is no different from any other organ. It must have its own source of oxygenated blood. The heart is supplied by its own set of blood vessels. These are the coronary arteries. There are two main ones with two major branches each. They arise from the aorta right after it leaves the heart. The coronary arteries eventually branch into capillary beds that course throughout the heart walls and supply the heart muscle with oxygenated blood. The coronary veins return blood from the heart muscle, but instead of emptying into another larger vein, they empty directly into the right atrium.
I believe it might be HEMOGLOBIN.
Separating oxygenated and deoxygenated blood in mammals is important because it allows for efficient delivery of oxygen to tissues that need it. By keeping the two types of blood separate, mammals can maintain a high concentration of oxygen in the blood going to tissues while also removing waste carbon dioxide efficiently. This separation is achieved through the double circulation system in mammals, which ensures that oxygenated blood from the lungs does not mix with deoxygenated blood returning from the body tissues.