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tornheducation.com/hm.tpx?-=0.8 100906006481 252-15 1 9 1 74836792 out of The greater permeability of through leak channels maintains the resting membrane potential at a value near the equilibrium potential for this ion. into At the resting membrane potential of-70 mV,both the electrical and concentration gradients for Na favor lux 9the cen concentration With an extracellular concentration of 5 mmo/L and an intracellular concentration of 150 mmol/L, the equilibrium potential for K- in a typical neurorn is K- At the resting membrane potential of-70 mV, the K favors flux into the cell, while the gradient for gradient favors flux electrical the cell -90 Type here to search

Explanation / Answer

The greater permeability of K+ through leak channels maintains the resting membrane potentials at a value near the eqilibrium potential for this ion

At the resting membrane potential of -70 mV, the electrical and concentration gradient for Na+ favors flux into the cell

With an extracellular concentration of 5mmol/L and the intracellular concentration of 150mmol/L, the equilibrium potential for  K+ in a typical neuron is -90mV

At the resting membrane potential of -70 mV, the electrical gradient K+ favors flux into the cell, while the concentraton gradient favors flux out of the cell

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