Diffusion ________.occurs when particles spread from areas where they are less concentrated to areas where they are more concentratedrequires an input of cellular energyproceeds until a dynamic equilibrium is reachedis the result of an energy transformation
Question
Diffusion ________.occurs when particles spread from areas where they are less concentrated to areas where they are more concentratedrequires an input of cellular energyproceeds until a dynamic equilibrium is reachedis the result of an energy transformation
Solution
Diffusion is a process that proceeds until a dynamic equilibrium is reached. It occurs when particles spread from areas where they are more concentrated to areas where they are less concentrated, not the other way around. This process does not require an input of cellular energy, as it is a passive process driven by the particles' inherent kinetic energy. Therefore, it is not the result of an energy transformation within the cell.
Similar Questions
Fill in the blanks below to describe the process of diffusion.Diffusion is the net movement of particles from a region of concentration to a region of concentration until both regions are of concentrations.
Diffusion occurs when a substance is at aconcentration in one region, and at a lower concentration in another region. This differencein is called the concentration .
Diffusion is:the movement of a substance from a low concentration to a high concentration.the movement of a substance from a high concentration to a low concentration.the movement of a substance from high concentration to a high concentration.the movement of a substance from low concentration to a low concentration.
example of diffusion and explain it
Diffusion is needed by all forms of life. For example, the Salmonella bacteria below (in pink) are able to sense their environment around them by the diffusion of chemicals across their cell membranes.Complete the sentence below.During diffusion, particles move randomly from where there is a high concentration to areas where there is a __________ concentration of the particle.
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