Imagine that a neuron has 5X higher sodium outside than inside and 10X higher potassium inside than outsid Which direction do you predict the ions to move just based off of concentration gradient? both ions will move into the cell both ions will move out of the cell sodium will move in and potassium will move out sodium will move out and potassium will move in

Two scientists calculated the membrane potential of a neuron using two different equations, the Nernst equation and the Goldman equation. Their calculations gave them slightly different predictions. What is the most likely reason for this difference? The lipid compositions of the cell membranes that the scientists studied were different. The scientists placed their measuring electrodes in slightly different positions. The temperatures of the fluid surrounding the cell membranes were different. The numbers of ions considered in the calculations were different. The scientists measured different numbers of cells.

Please answer question 32

Explain what is going on at sites A, B, C, D, F and G in relation to CHARGE (negative, positive, rising, falling) and open or closed Na+ and K+ ion channels +40 Voltage (mv) O -55 -70 Threshold B A 1 E D 2 3 Time (ms) F 4 G