Answer: Aside from getting oxygen to cells so that they can undergo aerobic cellular respiration, the respiratory system also regulates acidity by removing excess carbon dioxide from the blood stream. Maintenance of blood pH is an important aspect of homeostasis, and carbon dioxide is a strong acidic agent, so a high level of carbon dioxide in the bloodstream will make blood more acidic.
Answer: respiration is the process where glucose (C6H12O6) is reacted with O2 to create energy for the muscles, cells and all other body parts enabling it to carry out everyday tasks this also produces carbon dioxide (CO2) ad water (H2O) the chemical equation for this is C6H12O6 + O2 -> H2O + CO2 + energy.
Answer: The absence of the respiratory system would affect the circulatory system - blood could not be oxygenated; consequently the tissues of the body cannot be supplied with oxygen. This means that the tissues and organs cannot perform their functions and would die due to lack of oxygen. Furthermore, deoxygenated blood would accumulate; so carbon dioxide levels would increase. This decreases the pH (increases acidity) of the blood and the lungs are responsible for regulating this.
Answer: The primary interaction is with the circulatory system. Gas molecules (oxygen and carbon dioxide) diffuse through the walls of the alveoli in the lungs into and from the blood capillaries. The carbon dioxide that is produced in the tissues is released into the lumen of the lungs, and oxygen is picked up instead. In the circulatory system, the hemoglobin molecules in red blood cells then carry the oxygen to other cells in the body and there exchange it for the carbon dioxide produced in cellular metabolism, and the red blood cell then returns to the lungs, and the cycle begins anew.
Answer: It is related to the Circulatory system, because the blood travels to the lungs to receive oxygen for oxygenation. Also, it is related to the nervous system because the nervous system controls the breathing rate.
Answer: Your cardiovascular system helps your heart, for example, the better you maintain your cardiovascular system, the healthier your heart is. Your heart helps you breathe, so it supplies the body with oxygen. To breathe however, you need your lungs, nose, mouth, etc. The cardiovascular and respiratory system have to give each other the right components to supply your body with oxygen.
Answer: Basically, the respiratory system works like transport system. As you breath oxygen is transported through the airways to the circulatory system. The circulatory system then delivers carbon dioxide back to the lungs to be breathed back out.
Answer: as oxygen enters the mouth and nose, it travels down the trachea. it then moves into one of two bronchi that then delivers it to each lung. the diaphragm helps the lungs expand and fill with oxygen as this is happening. the bronchi branch off into alveoli and then directly in to the bloodstream. the red blood cells drop off the oxygen and pick up the carbon dioxide that needs to leave the body. the carbon dioxide travels back out through to bronchi , trachea , and finally, through to nose and mouth.
Answer: The lungs of the mother breath in the air. The lungs put the oxygen in the red blood cells. The blood flows through the walls of the uterus and through the umbilical cord into the blood stream of the fetus. The venus blood supply returns through a vein in the cord back into the mother and the lungs and the cycle repeats until the cord is cut.
Answer: Actually the circulatory system and respiratory system and digestive system work together by the circulatory system takes oxygen. For example air goes into your heart but first goes to your alveoli and then the blood cells take it to the heart. There the heart does its job and pumps everywhere. the stomach and respiratory are working to with the air.