yes, because in animals diffusion helps the movement of oxygen and carbon dioxide from the air, lungs, blood, also when food has been broken down in the gut. plant relay on diffusion to allow carbon dioxide to move in quickly and easily and to allow oxygen to move out quickly.
By simple diffusion
To sustain life transport of material is necessary for plants and animals.
Flatworms and jellyfish don't have a circulatory system and in these animals, the oxygen is diffused through the cells.
In diffusion, the relationship between distance and time is characterized by Fick's laws, which state that the rate of diffusion is proportional to the concentration gradient and inversely related to the distance squared. As distance increases, the time required for molecules to diffuse over that distance also increases. This means that diffusion occurs more quickly over shorter distances and takes significantly longer over larger distances, highlighting the importance of spatial dimensions in the diffusion process. Overall, the relationship illustrates that diffusion is a time-dependent process influenced by the distance molecules must travel.
Diffusion of AIDS is an example of contagious diffusion, where the disease spreads through direct or indirect contact between individuals.
It helps the cell live
Diffusion is important to animals because it allows for the movement of molecules such as oxygen and nutrients across cell membranes to where they are needed in the body. This process ensures that cells receive essential resources for metabolic processes and waste products are removed efficiently. Diffusion is crucial for maintaining homeostasis and sustaining cellular functions in animals.
diffusion
diffusion A+
Diffusion.
becuase you have to$#**^ yourself
By simple diffusion
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if animals do not reproduce then there will be loss in their community
the importance of wetlands are it provides aquatic animals a habitat andit helps other animals to give a drinks
These would have to be very small animals and they would transport things by diffusion.
animals