Through their gills, fish take in oxygen that is dissolved in water. This oxygen is then carried by blood cells to the other cells in the fish's body.
Oxygen is dissolved in water. The fish needs to get this oxygen into it's bloodstream.
This occurs passively by diffusion across the gills. At the gills only a thin membrane separates the blood from the water. Oxygen moves from the water across the membrane into the bloodstream.
The greater the concentration difference between the water and blood, the faster the rate of transfer. By pumping blood across the gills (circulatory system), the blood exposed is consistently oxygen depleted, and thus concentration difference remains high and oxygen transfer rate is maximised.
If blood wasn't flowing the blood at gills would become oxygenated and then mass transfer would stop. Another way of looking at it is that oxygen would start diffusing out of blood as fast as oxygen diffuses in to blood.
Basically, circulatory system keeps 'fresh' blood at gills so it can keep absorbing oxygen.
how does the lungs help the other systems to keep the body healthy?
Organ systems are the level of organization that reflects the interactions between organs in the body. Organ systems are made up of multiple organs working together to perform specific functions, such as the respiratory system or the circulatory system.
An organ system is a group of organs that work together to perform specific functions in the body. These systems are essential for maintaining homeostasis and ensuring the body functions properly. Examples include the respiratory system, digestive system, and circulatory system.
During respiration, the respiratory system and the circulatory system work together. The respiratory system brings in oxygen and removes carbon dioxide from the body, while the circulatory system transports oxygen to cells and tissues and carries carbon dioxide back to the lungs to be exhaled.
SYSTEMS of organs - such as the respiratory system or the cardiovascular system.
Working together, the respiratory and circulatory systems perform gas exchange from the blood to the lungs. This exchange occurs at the alveoli.
The circulatory and respiratory systems work together to get oxygen to cells. Oxygen transfers from the respiratory to the circulatory system at the capillaries surrounding the alveoli.
the circulatory system and the respiratory system are the names
The respiratory and circulatory systems work together to transport oxygen to the cells and remove carbon dioxide. The nervous and muscular systems work together to control movement. The endocrine and reproductive systems work together to regulate hormone production for reproduction.
it occurs through the heart
Yo face
Cellular respiration. Cells need oxygen that enters the body through the respiratory system, then the circulatory system does the oxygen and carbon dioxyde exchange to complete cellular respiration. Digestive and circulatory - nourishment Urinary and circulatory - excrements, filtration etc
The respiratory and circulatory systems work together as a unit to exchange gases between body cells and the environmentThe respiratory and circulatory systems work together as a unit to exchange gases between body cells and the environmentThe respiratory and circulatory systems work together as a unit to exchange gases between body cells and the environment
Diseases of the circulatory and respiratory systems begin to develop due to disorders of the heart and lungs.
respiratory and cardiovascular systems
They don't. The CNS, muscular, and skeletal systems do.
1. Respiratory system 2. Cardiovascular system