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Consider the Transport of Glucose into an Erythrocyte by Facilitated

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Consider the transport of glucose into an erythrocyte by facilitated diffusion. What is the free-energy change for glucose uptake into the cell when the glucose concentrations are 5 mM on the outside and 0.1 mM on the inside? (These values may be of use to you: R = 8.315 J/mol · K; T = 298 K;Consider the transport of glucose into an erythrocyte by facilitated diffusion. What is the free-energy change for glucose uptake into the cell when the glucose concentrations are 5 mM on the outside and 0.1 mM on the inside? (These values may be of use to you: R = 8.315 J/mol · K; T = 298 K; (Faraday constant)  = 96,480 J/V; N = 6.022 × 10<sup>23</sup>/mol.)  A)  less than 2 kJ/mol B)  about 10 kJ/mol C)  about 30 kJ/mol D)  about -30 kJoule/mol E)  It is impossible to calculate without knowledge of the membrane potential.(Faraday constant) = 96,480 J/V; N = 6.022 × 1023/mol.)


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Short-Term Storage

A memory storage system that briefly holds a limited amount of information in awareness.

Recency Effects

A cognitive phenomenon wherein the most recently presented items or experiences are more likely to be remembered than those presented earlier.

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The state of being first or foremost in importance or order, often affecting memory and perception.

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A condition where an individual cannot form new memories after the event that caused the amnesia, although memories from before the event remain intact.

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