By diffusion across q capillary wall
In the alveoli in the lungs.
Oxygen from the respiratory system moves to the circulatory system in the capillaries associated with the alveoli, or air sacs of the lungs. These capillaries also transport carbon dioxide to the lungs.
This occurs in the capillary walls of the alveoli in the lungs, through the action of diffusion.
by diffusion across a capillary wall
Material moves from the respiratory system to the circulatory system by diffusing across a membrane in the air sacks called alveoli.
In the alveoli
The Respiratory system. We breathe oxygen containing air into our lungs. Our hearts send 'old' blood to the lungs where the carbon dioxide is removed and oxygen added, and that oxygen enriched blood is carried around the body until it lands up in the lungs again. So is it really a joint effort by the circulatory system and the respiratory system.
The respiratory system feeds the cardiovascular system oxygen which the cardiovascular system then transports to every living cell in the body and simultaneously the cardiovascular system is transporting carbon dioxide to the respiratory system so that the respiratory system will expel the carbon dioxide from the body (large amounts of carbon dioxide are fatal). This balance is necessary of oxygen and carbon monoxide to cells (all of them) in producing energy that is used to move muscles and maintain the homeostatic temperature of the body.
The Muscular System depends on then Nervous System because nerve signals from the brain to the correct muscle so it may be able to move. 1. it depends on the nervous system because of whats stated up there. ^^^^^ 2. it depends o the respiratory system because it needs oxygen to move around. 3. it depends on the Circulatory system because it needs to oxygen from somewhere. 4. and it depends on the digestive system because it needs glucose to function. 5. Brain to control the nervous system
Material moves from the respiratory system to the circulatory system by diffusing across a membrane in the air sacks called alveoli.
The primary system to get rid of CO2 is the respiratory system. But it is aided by the circulatory system which delivers CO2 to the aveoli, where hemoglobin on Red blood cells then picks up O2 to take back to the cells.
You see, the circulatory system is a whole network of blood cells being pumped throughout the entire body. The respiratory system has the main purpose of exhaling carbon dioxide, which can be deadly to the body, and inhaling oxygen to give your muscles the energy to move. This is only part of it. Without the circulatory system, there would be no way to circulate the blood throughout the body. Therefore they are related by working together to transport oxygen for each muscle and organ in the body.
The function of the capillaries in the circulatory system is to allow diffusion of wastes, oxygen, and nutrients to the tissues. The rest of the circulatory system is designed to move the blood to the capillaries so they can perform this function.
The main part is the nerves the nerves tell your body to move.
Heart and Lungs. The lungs exchange CO2 with oxygen, and the heart circulates it within the body.