The circulatory system and the respiratory system work closely together to guarantee that organ tissues and systems receive adequate O. Oxygen is required for cellular maps such as cell respiration. This is so the body’s variety meats and cells can work at to the full ; it is done by let go ofing chemical energy with in stored nutrients. The air breathed in and held in the lungs is transferred to the blood. The blood is circulated by the bosom. which pumps the oxygenated blood from the lungs to the organic structure variety meats and returns with deoxygenated blood. Energy metamorphosis comes in different types such as Anabolism and Catabolism energy. They all make certain that energy interruptions down and is reused to maintain the organic structure working right for illustration musculus mass and addition in bone. With the cardiovascular system and respiratory system working together with energy metamorphosis is when the respiratory system takes in O from the lungs and so it is placed in the circulatory systems carries the and foods around the variety meats and cells in the organic structure.

Besides the cardiovascular and the respiratory system both work toward the same end: acquiring O to tissues and acquiring C dioxide out. The respiratory system is involved in providing O to the blood and taking C dioxide. When the bosom receives blood that is low in O and high in C dioxide. it pumps it to the lungs via the pneumonic arterias. When the lungs expand and acquire fresh air from the environment. O is transferred into the low-oxygen blood. which besides so sends some of its C dioxide back into the lungs. The chief map of the respiratory system is gaseous exchange. This refers to the procedure of Oxygen and Carbon Dioxide traveling between the lungs and blood. This occurs during gaseous exchange as the blood in the capillaries environing the air sac has a lower O concentration of Oxygen than the air in the air sac which has merely been inhaled. Both alveoli and capillaries have walls which are merely one cell midst and let gases to spread across them. The same happens with Carbon Dioxide ( CO2 ) . The blood in the surrounding capillaries has a higher concentration of CO2 than the divine air due to it being a waste merchandise of energy production.

This is when O2 and CO2 pass each other traveling back around the organic structure systems to the bosom. Once this is done the flow goes from Deoxygenated blood to Oxygenated blood. There is a little sum of C dioxide and more O in the organic structure because of gases exchange this is where oxygen organize the lungs is transferred in to the blood and carried to the bosom and when C dioxide is carried in to the lungs forms the blood and is exacted outwards by take a breathing. Mitochondria besides need Os to make C dioxide for the organic structure so the gas exchange can go on once more. Outside the organic structure there is a smaller sum of O but it is still higher than CO2. Oxygen is used for cell respiration which is created and found in the chondriosome. The chondriosomes need O to do glucose for the organic structure cells and to make C dioxide. Glucose is used in the liver to modulate the body’s sugar degrees. Carbon dioxide is so added to H2O and so to energy for cell respiration and for the organic structure systems and variety meats to be able to work. Glucose +Oxygen

Carbon Dioxide +Water+Energy

Homeostasis means maintaining a changeless internal environment in the organic structure. Homeostasis reaches from every cell up to the whole of the variety meats and the systems. Homoeosis is when Cardiovascular and Respiratory systems come together to make and keep the right balance of gases in the organic structure. Is this found in the lungs were oxygen and C dioxide is kept at a stable degree.