g. Steady-state diffusion is the situation where there is no net accumulation or depletion of diffusing species -- i.e., the diffusion flux is independent of time. h. The driving force is that which compels a reaction to occur. The driving force for steady-state diffusion is the concentration gradient. f.
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Briefly explain the concept of steady state as it applies to diffusion.
At steady state in diffusion: a. The change in concentration with time across the membrane (dC/dt) is equal to zero b. All of the options are true c. Flux will stop d. The concentration gradient (dC/dx) is equal to zero
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