This is a red flame.
"Oxygen rich" means lots of oxygen. If the air in a room is "oxygen rich" things will burn better. "Oxygen poor" means there isn't much and "oxygen starved" means there is none or almost none.
Hydra cells get oxygen through diffusion.
Oxygen is needed for respiration. This is how all our cells release energy. All the body cells and white blood cells therefore need oxygen. Red blood cells don't use oxygen, they undergo anaerobic respiration, but they transport the oxygen needed by other cells.
oxygen is important for all living creatures because it is important for our cells to survive. Cells within our body need oxygen in order for them to perform their function. If our body does not have enough oxygen, our cells will not be working properly. If total oxygen is removed, our cells will die and eventually so will the person.
It tends to be yyour brain that is affected by a stroke when it is starved of oxygen
They die because they are unable to produce energy and function. And shrink
When you breath in the carbon monoxide particles stick to your red blood cells instead of oxygen, so your body essentially becomes starved of oxygen.
This is a red flame.
It will burst into flames.
Brain tissue damage, and death!
Red Blood cells help you get oxygen to your cells
By having a nitrogen atmosphere the body is starved of oxygen which will cause suffocation.
Cells that do not get oxygen will die.
in basic life support you have what you call the ABCDE assessment airway breathing circulation disability exposure the first 3 are your priority as you need a patient airway , breathing , circulation to sustain life. if you are not breathing the bodys cells/tissues are starved of oxygen and start to die.this is called hypoxia of tissues the longer they are starved the more damage /death to cells
"Oxygen rich" means lots of oxygen. If the air in a room is "oxygen rich" things will burn better. "Oxygen poor" means there isn't much and "oxygen starved" means there is none or almost none.
Red blood cells carry oxygen around the body and to the cells.