Answer: The correct answer is 1. outside and 2. inside.
Explanation:
During the resting potential (-70 mV), the concentration of Na+ is bigger outside than inside, so this situation generates a trend for moving inside. If we consider a scenario where the resting potential changes from -70 mV to +70 mV, we would realize that the electrical gradient would stop the entrance of Na+ ions and would make them to move outside.
Hey there Unknown!
So, when looking at this illustration above, we see that on the right side, there are (80)n that are turning clock wise. Now, in order for this to be (counter) clock wise would be for the other (left) side to have (n) in order for it to do that.
But in this case, this would go clock wise because the right side has more force then the left side. Which ever has more force would pretty much take over.
Your correct answer to this question would be
. . . . .
Hope this helps you!
Br- < Se2- < As3- < Sr2+ < Rb+
I hope this helps although I'm not a hundred percent sure!
Hello Im siri your virtual assistants