the same way oxygen is, through your cells. the cells absorb oxygen, so same for carbon dioxide.
oxygen affects food by killing its cells it is something called oxydentation
The respiratory system seems like the obvious answer, but you used the word absorb. The respiratory system takes air into the lungs, but the red blood cells (erythrocytes) absorb the oxygen out of the air taken into the lungs. The circulatory system then delivers these red blood cells to the capillaries where the oxygen is traded for carbon dioxide as the cells need.
the blood absorb oxygen in the lungs(cappilaries)
Hemoglobin is the name of a protein that is found in red blood cells, which has the capacity to absorb and release oxygen.
Organisms use the oxygen they absorb from the air for their cells. The cells need this oxygen in order to carry out their functions.
They absorb oxygen to carry to the rest of your body
The cell membrane will absorb food, water, and oxygen. .
1.) What breaks down food into what that cells can absorb what breaks down food ? The answer is B wich is Digestion . = Lexy.B
ANSWER IS NOT OXYGEN, I ANSWERED OXYGEN AND IT WASN'T RIGHT. The correct answer is BLOOD
the cells absorb it into the cytoplasm
The respiratory system seems like the obvious answer, but you used the word absorb. The respiratory system takes air into the lungs, but the red blood cells (erythrocytes) absorb the oxygen out of the air taken into the lungs. The circulatory system then delivers these red blood cells to the capillaries where the oxygen is traded for carbon dioxide as the cells need.
blood carry oxygen to cells
the same way oxygen is, through your cells. the cells absorb oxygen, so same for carbon dioxide.
They absorb the oxygen from the lungs and carry it until it is used.
Red blood cells absorb oxygen and release carbon dioxide at lungs which was absorbed from other cells in the body during blood circulation, then it releases oxygen to those body cells in order to respire and release energy .
The lungs absorb oxygen (O2) and it is carried in hemoglobin through the bloodstream to various cells.