What would you predict Vm to be when gNa = gK? Group of answer choices When the Na and K conductances are equal, Vm goes to zero When the Na and K conductances are equal, Vm does not change because this is the normal condition of a neuron at rest When the Na and K conductances are equal, Vm moves to a value half-way between the values of their equilibrium potentials When the Na and K conductances are equal, Vm moves closer to EK When the Na and K conductances are equal, Vm moves close to ENa