An electrical gradient
a. favors the movement of K+ out of the cell at resting potential
b. favors the movement of Na+ into the cell at resting potential
c. opposes the concentration gradient for Na+ at the equilibrium potential for Na+
d. favors the movement of Cl- out of the cell at resting potential
e. prevents the active transport of K+ into the cell
B
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A. the calcaneus B. digits two through five C. the middle phalanx of digit one D. the posterior surface of the tibia
Blood flows from the subclavian vein into the
A. axillary vein. B. brachiocephalic vein. C. external carotid vein. D. inferior vena cava. E. superior vena cava.
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