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The thickness of an ideal exchange surface should be thin as this ensures a short diffusion pathway across the exchange surface. A thin exchange surface also contributes to a large surface area to volume ratio, which provides more space for the diffusion of gases.
The thickness of the exchange surface is important because it affects the rate of diffusion of gases. The thinner the exchange surface, the faster the rate of diffusion. This is because a thin exchange surface provides a shorter distance for gases to travel across.
In addition to thickness, other factors that affect the rate of diffusion include the concentration gradient of gases and the partial pressure difference between the two sides of the exchange surface.
The lungs are an example of an exchange surface in humans. The human lungs provide an exchange surface adapted for absorbing oxygen into the blood from the air and transferring carbon dioxide produced by respiration from the blood into the air.
In plants and animals, maximising exchange of substances in as short a time as possible is increased by having a large surface area to volume ratio and flattened shape of structures.
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