What happens to the likelihood of firing an action potential when the ECF K increases?

What happens to the likelihood of firing an action potential when the ECF K increases?

a) The RMP decreases making it impossible to a neuron to fire an AP

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b)The RMP goes more positive and therefore closer to the threshold so a smaller than normal stimulus could trigger a response

c)The excess K inactivates some of the channels for exchange so the depolarization is more spread over time reducing the frequencies of action potentials

d)A and C are correct

e)B and C are correct