the heart is separated into two sides so that it can carry out its function well. The right heart contains deoxygenated blood and the left heart with oxygenated blood. the two sides are separated from each other so that the blood from the two sides don't get mixed. this leads to effective oxygenation of the deoxygenated blood in the right heart through pulmonary circulation and effective oxygenation of the tissues in the different parts of the body by the oxygenated blood of the left heart through systemic circulation.
The human body has a 'Double circulatory system' which means that the blood goes through the heart twice before completing a cycle. this is because the blood gets pumped around the body, then through the heart and into the lungs to get more oxygen, then back through the heart and around the body...
to supply to differnt parts of the body. i mean. it'd be kinda hard to supply when the whole thing is same......if that makes sense.
-Drano
SEPTUM
Yes, there are four chambers in the heart.
The structure in the heart that separates oxygenated blood from deoxygenated blood is the atria. These are the two sides of the heart and are separated by the interatrial septum.
The heart is made of two separate pumps because on takes blood in while the other pumps it out.
There are two possible ways to interpret the question. The first is that there are two holes between the left and right sides of the heart - in this case, the baby can survive, but may need open heart surgery to correct the defects. The second is that there is no separate between the left and right sides of the heart (the septum in the middle didn't form) - this is much less likely to be compatible with life, although a heart transplant within the first few days of life may be possible.
The printing of documents on two sides
Lungs
cos you do mate
Shunt
Left ventricle
The human heart has 4 sides.
In turtles, the heart has two atria and a single ventricle partially divided by a wall of tissue called a septum. In crocodiles, there are two atria and two separate ventricle.