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Write your names in the Title before your post.

[Describe]: based on what you observed from the diagram, describe the structures of the heart that are not normal.

[Explain]: Give reasons on how the abnormal structures  affect the blood flow/ transport in heart.

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Based on your understanding in the functions of heart structure, describe and explain how does the following abnormal heart structure reduces the efficiency of blood transport.

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The abnormal heart does not have any septum, allowing the oxygenated and deoxygenated red blood cells to mix.

This causes incorrect red blood cells to be pumped towards to. For instance, the oxygenated blood is sent to the lungs and deoxygenated red blood cells is sent to the rest of the parts of the body.

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-There is supposed to be a septum down the middle which is suppose to divide the the heart into two halves,with one half including right atrium and right ventricle while the other holds the left ventricle and left atrium but the septum is not there causing the deoxygenated blood and the oxygenated blood to diffuse together which results in the oxygen levels in the blood being similar but the right arteries still transport the blood to the lungs while the left arteries transports the blood to all parts of the body,With the oxygen levels being similar,the blood transported to the lungs have more oxygen then needed while the oxygen in the blood being transported to all parts of the body have lesser oxygen than needed so the body will not be able to function properly without enough oxygen.

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The left and right atrium and ventricle and not seperated by the septums, allowing oxygenated blood to enter the right ventricle and vice versa. With this in mind, both oxygenated and de-oxygenated blood will be able to enter the arteries that were not meant for them, causing more de-oxygenated blood to enter the artery transporting blood to all body cells, allowing lesser oxygen to be used for respiration for body cells as lesser oxygen is being transported to them, reducing blood transport efficiency. [GOOD] More oxygenated blood will be able to enter the artery transporting blood to the lungs, so lesser oxygen will be diffused into the cells as there are cells that are already oxygenated, further reducing the blood transport efficiency. [good application on oxygen concentration/ diffusion gradient]

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the muscular wall separating the left and right ventricle is broken and therefore allows the oxygenated and deoxygenated blood to diffuse (mix together), thus providing the person with lesser oxyge

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The normal heart has a septum that divides the right atrium and ventricle from the right atrium and ventricle while the heart that is not normal does not have a septum.

The oxygenated blood from the lungs will be mixed with the deoxygenated blood that comes from the other parts of the body, resulting the deoxygenated blood to flow to other parts of the body. This will lead to the body not functioning well.

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There is no septum that divides the left and the right side of the heart. Both sides of the heart shares a common halve and thus reducing the efficiency. The oxygenated and deoxygenated blood might get mixed and transported to the wrong parts of the body. Sharing a common halve may cause the blood to be unable to flow freely. How would sharing of common valve cause the blood unable to flow freely?

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The heart only has one valve, and the right and left ventricle is connected to each other. The center septum is removed.

The blood might not be able to flow to some parts of the body. It might flow slower. The oxygenated blood and the deoxygenated blood might get mixed. Thus, the flow of blood and the type of blood transferred will be affected.

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The heart where the oxygenated and deoxygenated are transported are connected to each other and the blood may be mixed up and the person may have heart failure.

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The deoxygenated blood from the right atrium can get mixed up with the oxygenated blood from the left atrium.The chances of the body not having enough oxygen rich blood is high which can resulting the person fainting frequently and if it continues it turns into a heart condition.

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It reduces efficiency as when the heart shares a common valve oxygenated blood and not oxygenated blood mix together and due to this, both blood with different concentrations of oxygen would go to different parts of the human body where either 1 of the different concentrated blood is not needed which decreases efficiency which means that muscles would not receive sufficient oxygen to carry out vigorous activities and for the lungs, lesser blood cells would receive oxygen from the lungs as there would be oxygenated blood at the lungs that came from the heart which would be redundant.

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Inside a heart, there should be a septum, which separates the heart into 2. But because it is missing, the oxygenated blood in the left atrium and left ventricle will diffuse with the deoxygenated blood in the right atrium and right ventricle.

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The structure of the heart is uneven (meaning of uneven?) with the septum being split. The valves are also not being able to be used and blood flows freely between the ventricles. This structure would not be as effective in the pumping and circulatory of the blood around the body. The oxygenated and deoxygenated blood being mixed together would lower the concentration of the blood oxygen being transported to all the body cells. and the transport and flow.

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The septum is missing. The function of the septum is to divide the heart into two parts, the right side of the heart contains deoxygenated blood whereas the left side of the heart contains oxygenated blood.
If the septum is missing, the blood transport will be disturbed as the oxygenated and the deoxygenated blood will mix.

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The septum,which is a wall that divides the heart into 2 halves,is missing. Hence the deoxygenated blood and the oxygenated blood that is being transported from the different blood vessels get mixed up. The deoxygenated blood might flow to other parts of the body a while the oxygenated blood might flow to the lungs. This will cause endocarrdial cushion defect.

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the septum for is not there and the heart is not separated

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heart is cool but heart to understand
;) send help 1 like $1